Untitled - Portal Rasmi Politeknik Tuanku Sultanah Bahiyah
Untitled - Portal Rasmi Politeknik Tuanku Sultanah Bahiyah
Untitled - Portal Rasmi Politeknik Tuanku Sultanah Bahiyah
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CONTENT PAGE<br />
i. Content ii<br />
ii. Foreword iii<br />
1. Preface 1<br />
2. Vision & Mission Of Polytechnic 2<br />
3. Academic Flow Chart 3<br />
4. Outcome-Based Education (OBE) 5<br />
5. Management Organisation Chart 9<br />
6. Electrical Engineering Department (EED) 10<br />
6.1 Department Organisation Chart 11<br />
6.2 List Of Lecturers 12<br />
6.3 Programme Of Diploma In Electronic Engineering (Communication) (DEP) 15<br />
6.4 Programme Of Diploma In Electrical Engineering (DET) 31<br />
6.5 Programme Of Diploma In Electronic Engineering (Computer) (DTK) 47<br />
6.6 Lab Facilities In Electrical Engineering Department<br />
6.7 Higher Academic Pathway<br />
7. Supporting Departments And Units<br />
7.1 Department Of Mathematics, Science And Computer (JMSK)<br />
7.2 General Studies Department (JPA)<br />
8. Supporting Services<br />
8.1 Student Affairs Department (HEP)<br />
8.2 Examination Unit<br />
8.3 Liaison & Industrial Training Unit<br />
8.4 Sports, Co-Curriculum and Culture Unit
8.5 Residential College<br />
8.6 Psychology And Career Unit<br />
8.7 Library Unit<br />
8.8 Training and Continuous Education Unit<br />
8.9 Information System Unit<br />
8.10 Corporate Industry Services and Employment Centre<br />
8.11 Development and Maintenance Unit<br />
8.12 Research and Innovation Unit<br />
8.13 Quality Assurance Unit<br />
8.14 Internal Audit Unit<br />
9. Professional Certification<br />
10. Polytechnic Site Map<br />
11. Editorial Committees<br />
CONTENT PAGE
FOREWORD<br />
Alhamdullilah, with the grace of Allah SWT, <strong>Politeknik</strong> <strong>Tuanku</strong> <strong>Sultanah</strong> <strong>Bahiyah</strong> (PTSB) has been able to<br />
publish its very first book, Students’ Guide Book. With the publication of Students Guide Book, it is hoped<br />
that students will use it as reference in particular and other parties generally.<br />
It is the preliminary information about Academic Departments, the programs offered and the units that help<br />
to further strengthen learning in PTSB. PTSB’s desire is to produce first class human capital, competent<br />
graduates, and skilled, creative, innovative, progressive and critical thinkers to meet the nation’s workforce.<br />
Indeed, publishing the first edition of this guide book is a starting point to the development of delivery and<br />
pedagogy in PTSB. Dissemination of information not only limited to this guide, but students can achieve it<br />
through PTSB website: www.ptsb.edu.my/portal and www.cidos.edu.my<br />
Last but not least, my sincere words of appreciation to those who have been involved in making the<br />
publication of Students’ Guide Book a reality and Insha’Allah, all these noble efforts will get blessings from<br />
Allah SWT.<br />
MOHD NOOR BIN SHAHUDIN<br />
THE DIRECTOR<br />
POLITEKNIK TUANKU SULTANAH BAHIYAH
1.0 PREFACE<br />
<strong>Politeknik</strong> <strong>Tuanku</strong> <strong>Sultanah</strong> <strong>Bahiyah</strong> (PTSB), is strategically located on a 100 acre land in Kulim Hi-Tech<br />
Park (KTPC). It started operating on the 3 rd of March 2003 and was formerly known as <strong>Politeknik</strong> Kulim. The<br />
polytechnic, the second in Kedah Darul Aman, was officiated by His Majesty the Sultan of Kedah, Sultan<br />
AlMu’tasimu Billahi Muhibbudin <strong>Tuanku</strong> AlHaj Abdul Halim Mu’adzam Shah Ibni Almarhum Sultan Badlishah<br />
on the 27 th of March 2007.<br />
PTSB is an advance learning institution that effectively serves the educational, cultural and social needs of<br />
the community and country. Over the years, PTSB has tirelessly endeavored in guiding the younger<br />
generation towards academic excellence whilst expanding its teaching and learning facilities and<br />
capabilities.<br />
Its four academic departments, namely Mechanical Engineering Department, Civil Engineering Department,<br />
Electrical Engineering Department and Commerce Department, working in conjunction with General Studies<br />
Department and Mathematics, Science and Computer Department, ensure that PTSB graduates gain an<br />
edge over others when they enter the lab our market.<br />
PTSB also aims to be a flexible learner-centered educational institution, providing a conducive learning<br />
environment in supporting short courses for the community at large and fulfilling its corporate social<br />
responsibility objectives. With strong commitment from its frontline and support staff, PTSB strives to be the<br />
best polytechnic in the country. With the ISO 9001:2008 accreditation ensuring quality and consistency of<br />
the teaching and learning process, and continuous effort to raise the qualification and professionalism of its<br />
teaching staff, PTSB is well positioned to face future challenges in meeting the needs of industries in KHTP,<br />
Kedah and Malaysia in general.<br />
PTSB’s most important clients are its students. Throughout their years in PTSB, the students are groomed<br />
and trained to have necessary technical and life-long learning skills. Opportunities to pursue practical<br />
education and hands-on learning are provided through the implementation of industrial attachments with the<br />
aid of qualified experts and professionals. These efforts signify PTSB’s commitment to produce quality<br />
manpower and word class credentials to fulfill the need for semi-skilled workers in the public and private<br />
sectors in Malaysia.
2.0 VISION & MISSION<br />
� DEPARTMENT OF POLYTECHNIC EDUCATION<br />
VISION<br />
To be Malaysia’s number one provider of innovative human capital through transformational<br />
education and training for the global workforce by 2015<br />
MISSION<br />
Breaking boundaries for the creation of transformative and creative learning environment for an<br />
innovation-led economy<br />
� TUANKU SULTANAH BAHIYAH’s POLYTECHNIC<br />
VISION<br />
To be the centre of excellence in technical and vocational field through education and<br />
transformational training to produce innovative human capital<br />
MISSION<br />
Building a transformative and creative learning environment to generate market able human capital<br />
� QUALITY OBJECTIVES<br />
Academic Excellence<br />
� To ensure the passing rate is not less than 90% each semester.<br />
� To ensure at least 25% of the students accomplished the GPA of 3.00 or higher every<br />
semester.<br />
� To aim for 60% of diploma students passed the final examination every semester.<br />
Staff Excellence<br />
� To ensure all staff attend courses / training 10 days a year.<br />
� To ensure staff training schedule implemented at least 75% within a year.
3.0 ACADEMIC FLOW CHART<br />
� ACADEMIC FLOW CHART FOR NORMAL SEMESTER<br />
Week<br />
Week One (W1):<br />
- Industrial Training<br />
Students’ Registration<br />
- Senior Students’<br />
Registration<br />
Week One (W1):<br />
-Senior Students<br />
’Course Registration<br />
Week Two(W2):<br />
-Junior Student<br />
’Course Registration<br />
Week 2 (W2) :<br />
Teaching & learning<br />
activities begin<br />
(16 weeks of lecture<br />
each semester)<br />
Week 5 (W5)<br />
Week 6 (W6)<br />
2 weeks before Final<br />
Examination begins<br />
1 week before Final<br />
Examination begins<br />
1 week before Final<br />
Examination begins<br />
Week 17 and 18 T&L<br />
(W17 & W18):<br />
2 weeks after Final<br />
Examination ends<br />
Repeat<br />
Fail<br />
START<br />
Polytechnic<br />
Registration<br />
Course Registration<br />
in departments<br />
Teaching & Learning<br />
Process<br />
80% attendance<br />
review by the<br />
lecturers<br />
(W2 W5)<br />
Final week to drop<br />
course<br />
80% attendance<br />
review (W2- a week<br />
before Final Exam<br />
begins)<br />
Barred from Final<br />
Examination<br />
Appeal to sit for Final<br />
Examination<br />
Pass<br />
Ye<br />
s<br />
Final Examination<br />
Examination Results<br />
finalized<br />
END<br />
No<br />
Notes<br />
Subject to the current<br />
academic calendar.<br />
•Industrial Training Unit(UPLI)<br />
• Department of Student Affairs<br />
(HEP)<br />
Confirmation from the<br />
Academic Advisor and<br />
Course Lecturer<br />
Attendance is taken<br />
according to the lecture hour<br />
Letter is sent by the<br />
Academic Advisors to the<br />
students who obtained<br />
attendance below 80%<br />
Confirmation from the<br />
Academic Advisor and<br />
Course Lecturer<br />
Course lecturers submit the<br />
names of students with<br />
attendance lower than 80% to<br />
the Head of Department to be<br />
barred from the final<br />
examination<br />
Examination Officer issues a<br />
letter to detain students from<br />
final examination<br />
Student submits Letter of<br />
Appeal to the Examination<br />
Officer with relevant supporting<br />
evidence<br />
Refer to Final Exam<br />
Schedule issued by<br />
respective department<br />
Check results from the<br />
website
� ACADEMIC FLOW CHART FOR SHORT SEMESTER<br />
Week START<br />
Week 1 (W1)<br />
Week 2 (W2) : Teaching &<br />
learning activities begin<br />
(7 weeks of lecture each<br />
short semester)<br />
Week 3 (W3)<br />
Week 5(W5)<br />
2 weeks before Final<br />
Examination begins<br />
Week 6 (W6)<br />
1 week before Final<br />
Examination begins<br />
1 week before short<br />
Semester Final Examination<br />
begins<br />
Week 8(W8)<br />
1 week after short semester<br />
Final Examination ends.<br />
Repeat<br />
Fail<br />
Course Registration<br />
Teaching & Learning<br />
Process<br />
Final week to drop course<br />
80% attendance review (W2-<br />
a week before Final Exam<br />
begins)<br />
Barred from Final<br />
Examination<br />
Yes<br />
Appeal for Final Examination<br />
Pass<br />
Final Examination<br />
Examination results finalized<br />
END<br />
No<br />
Notes<br />
Subject to the current academic<br />
calendar.<br />
Confirmation from the<br />
Academic Advisor and<br />
Course Lecturer<br />
Attendance is taken according to the<br />
lecture hour<br />
Confirmation from the<br />
Academic Advisor and<br />
Course Lecturer<br />
Course lecturers submit the names of<br />
students with attendance lower than 80%<br />
to the Head of Department to be barred<br />
from the final examination<br />
Examination Officer issues a letter to<br />
detain students from final examination<br />
Student submits Letter of Appeal to the<br />
Examination Officer with relevant<br />
supporting evidence<br />
Refer to Final Exam Schedule issued<br />
by respective department<br />
Check results from the website
4.0 OUTCOME-BASED EDUCATION [OBE]<br />
Outcome-based education (OBE) is an educational model for students to demonstrate their knowledge and<br />
able to perform according to the required outcomes. It is a student-centred approach that focuses on<br />
students’ learning. It starts with a clear picture of what students should know, what they should be able to<br />
do, and what desirable attitudes and values needed to organize the curriculum, instruction, and assessment<br />
to ensure an ultimate learning (Spady, 1994:1). Thus, OBE involves the restructuring of curriculum and<br />
assessment that reflects achievement of high learning order and mastery learning.<br />
OBE helps students to be aware of what they should learn, aware of what they are learning and the control<br />
over their own learning. It leads to successful student learning and encourages lecturers to be well<br />
prepared. It also provides students with appropriate,purposeful learning experiences and opportunities for<br />
students to develop originality, self-motivation and independence while acquiring useful knowledge and<br />
skills.<br />
4.1 WHAT IS OUTCOME BASED EDUCATION?<br />
It requires that the<br />
students demonstrate<br />
that they have learnt the<br />
required skills and<br />
content.<br />
Discourages traditional<br />
education approaches<br />
based on direct<br />
instruction of facts and<br />
standard methods<br />
OBE is an educational<br />
process that focuses<br />
on what students can<br />
do or the qualities<br />
they should develop<br />
after they are taught OBE involves the<br />
restructuring of<br />
curriculum, assessment<br />
and reporting practices in<br />
education to reflect the<br />
achievement of high<br />
order learning and<br />
mastery rather than<br />
accumulation of course<br />
credits<br />
Learning Outcomes<br />
Both structures and<br />
curricula are designed<br />
to achieve those<br />
capabilities or<br />
qualities
4.2 ACCREDITATION PROCESS<br />
• What students<br />
will be able to<br />
do?<br />
Learning<br />
Outcomes<br />
4.3 HOW DOES OBE AFFECT TEACHING-LEARNING?<br />
Course<br />
Objective is<br />
the Learning<br />
Target<br />
Student<br />
Independent<br />
Learning<br />
Not Calculated<br />
Credits<br />
• The yardstick to<br />
measure student<br />
learning.<br />
Teacher - centered Student - centered<br />
No mapping<br />
of learning<br />
outcomes<br />
Contact hours<br />
Reflects Credit<br />
value<br />
• The frame within<br />
which students’<br />
learning is<br />
pegged.<br />
MQF<br />
Learning<br />
Outcomes is<br />
the Learning<br />
Target<br />
Student<br />
independent<br />
Learning Time<br />
Calculated<br />
MQA<br />
• The Agency that<br />
holds all<br />
together.<br />
Mapping of<br />
learning<br />
outcomes<br />
necessary<br />
Total SLT<br />
reflects Credit<br />
value
4.4 EXPECTATIONS ON STUDENTS<br />
Students should be more<br />
creative, able to analyze and<br />
synthesize information<br />
Students are expected to be able<br />
to do more challenging tasks<br />
other than memorize and<br />
reproduce what was taught.<br />
4.5 DIFFERENT LEVELS OF OBE<br />
PROGRAMME AIM (PAI)<br />
PROGRAMME LEARNING OUTCOMES<br />
(PLO)<br />
COURSE LEARNING OUTCOMES (CLO)<br />
TOPIC OUTCOMES<br />
Students should be able to: write<br />
project proposals, complete<br />
projects, analyze case studies, give<br />
case, presentations, show their<br />
abilities to think, question,<br />
research, and make decisions<br />
based on the findings<br />
Students should be able to plan<br />
and organize tasks, able to work in<br />
a team as a community or in<br />
entrepreneurial service teams to<br />
propose solutions to problems and<br />
market their solutions<br />
Few years after Graduation<br />
Upon Graduation<br />
Upon Course Completion<br />
Upon Topic Completion
4.6 EXPECTED LEARNING DOMAIN AND GENERIC STUDENT ATTRIBUTES<br />
Learning Domain (LD) Generic Student Attributes (GSA)<br />
LD 1 Knowledge ---<br />
LD 2 Technical Skills ---<br />
LD 3 Professionalism and Ethics GSA 4 Moral and Professional Ethics<br />
LD 4 Social Skills and Responsibilities ---<br />
LD 5 Communication Skills GSA 1 Communications Skills<br />
LD 6 Critical Thinking GSA 2 Critical Thinking and Problem Solving Skills<br />
LD 7 Life Long Learning<br />
GSA 6 Information Management Skills and Continuous<br />
Learning<br />
LD 8 Entrepreneurial Skills GSA 7 Entrepreneurship Skills<br />
LD 9 Teamwork / Leadership Skills<br />
GSA 3 Teamwork Skills<br />
GSA 5 Leadership Skills
5.0 PTSB ORGANISATION CHART
5.1 MANAGEMENT ORGANISATION CHART<br />
SETIAUSAHA<br />
PEJABAT<br />
ROSHIMAH MOHD<br />
ROSIDI<br />
PERKHIDMATAN<br />
ZAITON MOHD SAAD<br />
PERKHIDMATAN (1)<br />
HASNAH AHMAD<br />
PERKHIDMATAN (2)<br />
NOR SA'ADAH<br />
MOHAMAD SALEH<br />
PERKHIDMATAN (3)<br />
SITI SARAH MOHD<br />
JELANI<br />
PERKHIDMATAN (4)<br />
NURUL IZZAH YAHYA<br />
PERKHIDMATAN (5)<br />
MOHD ASRI ABDUL<br />
HALIM<br />
GUNASAMA<br />
NURUL NAZUWA<br />
AHMAD TERMIZI<br />
KHIDMAT PELANGGAN<br />
(1)<br />
NORANIZAWATI<br />
ZAKARIA<br />
KHIDMAT PELANGGAN<br />
(2)<br />
NOR ADZIAN HARUN<br />
PENGARAH<br />
MOHD NOOR SHAHUDIN<br />
TIMBALAN PENGARAH<br />
(SOKONGAN AKADEMIK)<br />
ROZIHAYA YAHYA<br />
PEGAWAI EKSEKUTIF<br />
TERTINGGI<br />
HJ. MOHD NASARUDIN<br />
IDRIS<br />
PENTADBIRAN<br />
SUZANA SALLEH<br />
PENTADBIRAN AM<br />
NOR HAYATI MD<br />
HUSSIN<br />
SURAYA SALLEH<br />
KAMAL ABDULLAH<br />
MOHD RADI MOHD<br />
ZAINON<br />
GUNASAMA<br />
KEWANGAN<br />
ROZITA MOHAMED<br />
GHAZALI<br />
PENDAFTARAN ASET PERAKAUNAN<br />
MAZLIZA ABD RAHMAN<br />
NOOR ASMAWATI<br />
MOHD DZAKI<br />
PELBAGAI SETOR<br />
GAJI<br />
PENGANGKUTAN<br />
HJ ABD RAFAR ADNAN<br />
DAUD DAIN<br />
MOHD ZAIDI MAT YUSOF<br />
AWANG KECHIK TAIB<br />
ZURAIDI OTHMAN<br />
MOHD RIZAL HAMZAH<br />
HASLIZA OTHMAN<br />
TIMBALAN PENGARAH<br />
(A)<br />
ABDUL HANIF<br />
MUSTAPHA<br />
NURULAZREN AZHARI<br />
JAMILAH MOHD<br />
MARZUKI<br />
PEROLEHAN<br />
NOR KHAIRON ZAMZILA<br />
MD AKHIR<br />
TUNTUTAN<br />
RODIAH ASHAARI<br />
BAYARAN<br />
TAZLIANA FARHAH<br />
TAJULDIN<br />
HASIL / AMANAH<br />
NAJATUL DINI HARON<br />
GUNASAMA GUNASAMA<br />
SITI SAKINA GHAZALI FIRDAOS ZAINOL JUWARIAH MD AKHIR
6.0 ELECTRICAL ENGINEERING DEPARTMENT<br />
6.1 DEPARTMENT ORGANISATION CHART<br />
HEAD OF DET PROGRAMME<br />
HAMIDAH HANEYM BT. ABD<br />
HAMID<br />
SAIFENAH BT. SAIPUDIN<br />
PIMPA A/P SOOWAN<br />
NORSUWADAH BT. MOHAMMED<br />
NURUL AKMAL BT. KAMARUDDIN<br />
ROSHIMA BT BAHARUM<br />
ISHAM SAHAR B ISMAIL<br />
AMER FAIZAL B HUSSIN<br />
NIK IZUDIN B NIK RAMLI<br />
MOHD RIZWAN B ELIAS<br />
NURSAHIZALINA BT MOHD SAAT<br />
NOR ASPALAILI BT NORDIN<br />
SYAZWANI BT JASMI<br />
NUR SHAHILLA BT ABD RAHIM<br />
MOHAMAD FIRDAUS B ABDULLAH<br />
AMINUDDIN RASHID B MOHD KASIM<br />
HARTINI BT ABDUL HAMID<br />
NORHASNINA BT MOKHTAR<br />
NURUL HUDA BT JAMIL<br />
NUR FADZILLAH BT JAAFAR<br />
ZARINA BT ISMAIL<br />
MOHD FAUZI B ABDUL AZIZ<br />
ROSMANI BT RAMLI<br />
AHMAD B ZULKIFLI<br />
MUHAMAD FAIRUS ADZHA B<br />
MUHAMAD RASLANI<br />
NURYANA BT ALIAS<br />
MOHD RIDZUAN B ABDUL HAMID<br />
MUHAMAD KAMAL B YAAKOB<br />
MOHD AMRAN ERWANI B AHMINI<br />
HEAD OF DEPARTMENT<br />
DALMATAKSIAH BT MOHD ZAIN<br />
HEAD OF DTK PROGRAMME<br />
JULIAH BT. SULAIMAN<br />
MOHD JEFRY B. MOHAMAD<br />
MOHD ZAKI B DOI<br />
ISMAWATI BT ZAKARIA<br />
SUHAIDA BT ABDUL HALIM<br />
AFIDAH BT. ABD. MALIK<br />
INTAN SHAFINAZ BT. ABD RAZAK<br />
IDA SAFINAR BT AZIZ<br />
MASBURAH BT. MUSTAFFA<br />
HANEM BT. MOHD HALID<br />
NORAIHAN BT ISHAK<br />
SITI FARAH BT HUSSIN<br />
NORHASSANI B ZAINON<br />
MAFUZAH NOR BT RADZI<br />
HEAD OF DEP PROGRAMME<br />
SHAMSHER BIN ABDULLAH<br />
MOHD RUSLI BIN HUSAIN<br />
ABD RAHIM BIN OMRAN<br />
NORIZAH BT MD ISHAK<br />
ASMAYUZIE BT AHMAD<br />
HASHAMIZA BT HARUDDIN<br />
AHMAD FAKHRUL ZAMAN B. MOHD<br />
ARIFFIN<br />
SITI ROHANI BT. ABU BAKAR<br />
NOOR INDON BT. ABD SAMAD<br />
ANIRA BT ABDUL RASHID<br />
IZWANIZAM B. YAHAYA<br />
SHAKIRAH BT. ANUAR<br />
ROSZAINI BT. YAHAYA<br />
MOHD AFFENDY B CHI' NONG<br />
NOOR HIDAYAH BT. MUHAMAD<br />
ADNAN<br />
AKMA BT CHE ISHAK<br />
RAIHANA BT SUM HUN<br />
RAHIMAH BT. ABDUL RAHMAN<br />
MOHD NOOR HASYIDAN B MUSTAFA<br />
AZLIZA SHAH BT ABIDIN<br />
SHARIPAH BT DAUD<br />
NURHERLINA BT MAT ISA
6.2 LIST OF LECTURERS<br />
# Name Designation E-Mail Extension<br />
1. Dalmataksiah Bt. Mohd Zain<br />
2. Shamsher Bin Abdullah<br />
3. Hamidah Haneym Bt. Abdul Hamid<br />
4. Juliah Bt. Sulaiman<br />
Head of<br />
Department<br />
Head of<br />
Programme<br />
Head of<br />
Programme<br />
Head of<br />
Programme<br />
dalma@ptsb.edu.my 2014<br />
shamsher@ptsb.edu.my 2212<br />
hamidah@ptsb.edu.my 2202<br />
juliah@ptsb.edu.my 2031<br />
5. Mohd Rusli Bin Hussain Lecturer rusli@ptsb.edu.my 2201<br />
6. Asmayuzie Bt. Ahmad Lecturer asmayuzi@ptsb.edu.my 2207<br />
7. Mohd Zaki Bin Doi Lecturer mohdzaki@ptsb.edu.my 2201<br />
8. Nor Suwadah Bt. Mohamed Lecturer suwadah@ptsb.edu.my 2208<br />
9. Rosmani Binti Ramli Lecturer rosmani@ptsb.edu.my 2208<br />
10. Afidah Bt. Abdul Malek Lecturer afidah@ptsb.edu.my 2208<br />
11. Noor Indon Bt. Abdul Samad Lecturer noorindon@ptsb.edu.my 2210<br />
12. Siti Rohani Bt. Abu Bakar Lecturer siti_rohani@ptsb.edu.my 2208<br />
13. Izwanizam Bin Yahya Lecturer izwanizam@ptsb.edu.my 2207<br />
14. Amer Faizal Bin Hussin Lecturer amer_faizal@ptsb.edu.my 2210<br />
15. Akma Bt. Che Ishak Lecturer akma@ptsb.edu.my 2210<br />
16. Pimpa A/P Soowan Lecturer pimpa@ptsb.edu.my 2206<br />
17. Syazwani Bt. Jasmi Lecturer syazwani_jasmi@ptsb.edu.my 2207<br />
18. Nur Shahilla Bt. Abd. Rahim Lecturer shahilla@ptsb.edu.my 2206<br />
19. Muhamad Kamal Bin Yaakob Lecturer muhamad.kamal@ptsb.edu.my 2207<br />
20. Mohd Ridzuan Bin Abdul Hamid Lecturer mohd.ridzuan@ptsb.edu.my 2210<br />
21. Shakirah Bt. Anuar Lecturer shakirah@ptsb.edu.my 2206<br />
22. Nuryana Binti Alias Lecturer nuryana@ptsb.edu.my 2206<br />
23. Rahimah Binti Abdul Rahman Lecturer rahimah@ptsb.edu.my 2208<br />
24. Noor Hidayah Bt. Muhamad Adnan Lecturer noorhidayah@ptsb.edu.my 2208<br />
25. Nurul Shuhadah Bt. Mt. Samsudin Lecturer n_shuhadah@ptsb.edu.my 2212
# Name Designation E-Mail Extension<br />
26. Anita Bt. Osman Lecturer anita@ptsb.edu.my 2212<br />
27. Ismawati Bt. Zakaria Lecturer ismawati@ptsb.edu.my 2198<br />
28. Hashamiza Bt. Haruddin Lecturer hashamiza@ptsb.edu.my 2198<br />
29. Nursahizalina Bt.Mohd Saat Lecturer zalina@ptsb.edu.my 2196<br />
30. Roszaini Bt. Yahya Lecturer roszaini@ptsb.edu.my 2429<br />
31. Mohd Amran Erwani B.Ahmini Lecturer amran@ptsb.edu.my 2197<br />
32. Nurul Akmal Bt. Kamarudin Lecturer nurulakmal@ptsb.edu.my 2198<br />
33. Nor Aspalaili Bt. Nordin Lecturer aspalaili@ptsb.edu.my 2200<br />
34. Mafuzah Nor Bt. Radzi Lecturer mafuzah@ptsb.edu.my 2198<br />
35. Masburah Bt. Mustafa Lecturer masburah@ptsb.edu.my 2429<br />
36. Norhasnina Bt.Mokhtar Lecturer norhasnina@ptsb.edu.my 2196<br />
37. Hartini Bt. Abdul Hamid Lecturer hartini@ptsb.edu.my 2200<br />
38. Norizah Bt. Ishak Lecturer norizah@ptsb.edu.my 2198<br />
39. Nur Fadzillah Bt. Jaafar Lecturer fadzillah@ptsb.edu.my 2197<br />
40. Nurul Huda Bt. Jamil Lecturer huda@ptsb.edu.my 2200<br />
41. Zarina Bt. Ismail Lecturer zarina@ptsb.edu.my 2200<br />
42. Abdul Rahim Bin Omran Lecturer abdrahim@ptsb.edu.my 2197<br />
43. Roshima Bt.Baharom Lecturer roshima@ptsb.edu.my 2196<br />
44. Mohd Fauzi Bin Abdul Aziz Lecturer fauzi@ptsb.edu.my 2198<br />
45. Intan Shafinaz Bt. Abd. Razak Lecturer shafinaz@ptsb.edu.my 2195<br />
46. Anira Bt. Abdul Rashid Lecturer anira@ptsb.edu.my 2195<br />
47. Raihana Bt. Sam Hun Lecturer raihana@ptsb.edu.my 2198<br />
48. Mahdzir Bin Jamia’an Lecturer mahdzir@ptsb.edu.my 2197<br />
49.<br />
Mohd Fairus Adzha Bin Mohd<br />
Raslani<br />
Lecturer fairus@ptsb.edu.my 2197<br />
50. Norherlina Bt. Mat Isa Lecturer herlina@ptsb.edu.my 2182<br />
51. Noraihan Bt. Ishak Lecturer raihan@ptsb.edu.my 2187
# Name Designation E-Mail Extension<br />
52. Siti Farah Bt. Hussin Lecturer farah@ptsb.edu.my 2182<br />
53. Sharipah Bt. Daud Lecturer sharipah@ptsb.edu.my 2187<br />
54. Saifenah Bt. Saifudin Lecturer saifenah@ptsb.edu.my 2187<br />
55. Suhaida Bt. Abdul Halim Lecturer suhaida@ptsb.edu.my 2190<br />
56. Ida Safinar Bt. Aziz Lecturer safinar@ptsb.edu.my 2190<br />
57. Azliza Shah Bt. Abidin Lecturer azlizashah@ptsb.edu.my 2193<br />
58. Hanem Bt. Mohd Halid Lecturer hanem@ptsb.edu.my 2193<br />
59. Mohd Affendy Bin Chi’nong Lecturer mohd_affendy@ptsb.edu.my 2189<br />
60. Mohd. Rizwan Bin Elias Lecturer rizwan@ptsb.edu.my 2184<br />
61. Norhassani Bin Zainon Lecturer sani@ptsb.edu.my<br />
62. Nik Izzudin Bin Nik Ramli Lecturer nik_izudin@ptsb.edu.my 2180<br />
63. Aminuddin Rashid Bin Mohd Kasim Lecturer aminuddin@ptsb.edu.my -<br />
64. Mohd Jefry Bin Mohamad Lecturer jefry@ptsb.edu.my -<br />
65. Ridzuan Bin Din Lecturer ridzuan@ptsb.edu.my -<br />
66. Mohd. Firdaus Bin Abdullah Lecturer firdaus_abd@ptsb.edu.my -<br />
67. Isham Sahar Bin Ismail Lecturer isham_sahar@ptsb.edu.my -<br />
68. Ahmad Bin Zulkifli Lecturer ahmad@ptsb.edu.my -<br />
69.<br />
Ahmad Fakhrul Zaman Bin Mohd<br />
Ariffin<br />
Lecturer fakhrulzaman@ptsb.edu.my -<br />
70. Mohd Noor Hasyidan Bin Mustaffa Lecturer hasyidan@ptsb.edu.my -
-- FRONT PAGE COVER --<br />
-- D E P--<br />
Diploma Kejuruteraan Elektrik (Komunikasi)
6.3 DIPLOMA IN ELECTRONIC ENGINEERING(COMMUNICATION) (DEP)<br />
6.3.1 PROGRAMME OVERVIEW<br />
The Diploma in Electronic Engineering (Communication) covers broad discipline of electronics engineering,<br />
with specialization in communication technology. The programme is designed with a broad-based electrical<br />
and electronic engineering foundation which includes mathematics, electrical and electronic fundamentals,<br />
computer fundamentals and programming, communication system fundamentals, semiconductor devices,<br />
wiring installation and computer aided design which provides versatility to the graduates, while emphasizing<br />
the area of specialisation towards the end of the programme. The specialization courses include telephony,<br />
fibre optic communication, data communication, wireless communication and microwave devices. Apart<br />
from the technical knowledge and skills, the programme also emphasizes on the development of the<br />
individual potential of students in an integrated and holistic manner through courses such as Islamic studies,<br />
moral studies, co-curriculum, soft skills and entrepreneurship.<br />
6.3.2 JOB PROSPECTS<br />
This programme provides the knowledge and skills in communication engineering that can be applied to a<br />
broad range of careers in most electronic communication field. The knowledge and skills that the students<br />
acquire from the programme will enable them to participate in the job market as:<br />
� Assistant Engineers / Technical Executive<br />
� Sales Executive<br />
� Supervisor<br />
6.3.3 PROGRAMME AIMS (PAI)<br />
Graduates of diploma in engineering programmes at Polytechnics will have knowledge, skills and attitude<br />
that will allow them to make tangible contributions and meet new technical challenges. They will possess<br />
entrepreneurial skills, practice good work ethics, be able to promote good morality and behaviour, and<br />
continuously enhance their knowledge and skills. The graduates will communicate and interact responsibly<br />
and be able to contribute effectively as a team member. They will also be adaptable to new changes at the<br />
work place.<br />
6.3.4 PROGRAMME LEARNING OUTCOMES (PLO)<br />
Upon completion of the programme, graduates should be able to:<br />
1. Apply knowledge of mathematics, science and engineering fundamentals to well defined electrical<br />
and electronic engineering procedures and practices;<br />
2. Demonstrate practical skills which includes the ability to troubleshoot, repair and do maintenance<br />
work for electrical and electronics equipment with specialization in communications;<br />
3. Demonstrate awareness and consideration for societal, health, safety, legal and cultural issues and<br />
the consequent responsibilities, taking into account the need for sustainable development;<br />
4. Communicate effectively with the engineering community and the society at large;<br />
5. Function individually or in teams, effectively, with a capability to be a leader;<br />
6. Demonstrate an understanding of professional ethics, responsibilities and norms of electrical and<br />
electronic engineering practices;<br />
7. Apply creative and critical thinking in solving problem related to assigned tasks;<br />
8. Recognise the need for entrepreneurship;<br />
9. Recognise the need for professional development and engage in independent acquisition of new<br />
knowledge and skill.
6.3.5 SYNOPSISAND COURSE LEARNING OUTCOME<br />
SEMESTER<br />
1<br />
1<br />
1<br />
COURSE<br />
EE101<br />
MEASUREMENT<br />
ET101<br />
ELECTRICAL TECHNOLOGY<br />
ET102<br />
ELECTRICAL WIRING<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
MEASUREMENT introduces students<br />
to the basic concept of electrical<br />
instrument and measurement. It<br />
covers the basic principles, safety<br />
precautions, meter calibration and use<br />
of instruments for measurement such<br />
as analogue meters, DC meters,<br />
electronic analogue meters, analogue<br />
and digital millimetres, oscillos copes,<br />
signal generators and power meters. It<br />
also covers the basic concept and<br />
simple application of DC bridge.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTRICAL TECHNOLOGY<br />
introduces students to the principles of<br />
operation of DC electrical circuits. It<br />
covers the fundamental laws,<br />
theorems and circuit techniques. This<br />
course also covers cells and batteries,<br />
magnetic and electromagnetic circuits.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTRICAL WIRING course<br />
exposes students with the aspects of<br />
wiring installation. Going through this<br />
course student will be able to relate<br />
theoretical aspect in practical work on<br />
electrical wiring during workshops or<br />
laboratories sessions. This course<br />
provides student with the knowledge<br />
and skill training for doing different<br />
types of wiring and also learn on<br />
wiring inspection and testing for the<br />
circuit.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Classify standards and equipment<br />
associated with electrical measurement<br />
correctly.<br />
2. Explain the operational principle and<br />
applications of electrical measurement<br />
equipment using the schematic or block<br />
diagrams.<br />
3. Handle electrical quantity measurement by<br />
using suitable measurement equipment<br />
correctly.<br />
1. Explain DC circuit concepts and their<br />
analyses with different method and<br />
approach.<br />
2. Apply the knowledge of DC circuit laws and<br />
theorems in solving problem related to DC<br />
electrical circuit.<br />
3. Use appropriate components and measuring<br />
equipment to perform related DC electrical<br />
circuit laboratory exercises.<br />
4. Demonstrate team working efficiency while<br />
doing practical work.<br />
1. Demonstrate the knowledge of electrical<br />
safety and wiring related to NIOSH and MS<br />
IEC 60364.<br />
2. Handle properly single-phase domestic<br />
wiring, wiring inspection & testing, and wiring<br />
protection according to MS IEC 60364.<br />
3. Perform practical work as a team applying<br />
good work ethics and proper work<br />
procedures while complying with related<br />
electrical engineering practices and<br />
regulation within the stipulated time frame.
SEMESTER<br />
2<br />
2<br />
2<br />
COURSE<br />
AW101<br />
OCCUPATIONAL SAFETY AND HEALTH 1<br />
EC201<br />
FUNDAMENTAL PROGRAMMING<br />
EC202<br />
COMPUTER AIDED DESIGN<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
OCCUPATIONAL SAFETY AND<br />
HEALTH 1 is designed to impart<br />
understanding of the basic of safety<br />
and health in workplace setting. This<br />
course presents aspects of<br />
occupational safety and health, which<br />
are essential for employees to practise<br />
safe and healthy environment,<br />
resulting in less hazards at the<br />
workplace. Emphasis is placed on the<br />
understanding of regulations, OSH<br />
management, accident prevention and<br />
occupational First-Aid methods.<br />
Credit(s): 1<br />
Prerequisite(s): None<br />
FUNDAMENTAL PROGRAMMING<br />
course provides an introduction to<br />
programme design and development.<br />
Students will learn to design, code,<br />
debug, test and document wellstructured<br />
programs based on<br />
technical and engineering problem.<br />
Topic covered: software development<br />
principal, programming language<br />
basics, data types, input and output<br />
operations, the use of selections,<br />
loops, arrays and functions structure.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
COMPUTER AIDED DESIGN<br />
provides knowledge and exposure on<br />
the usage of AutoCAD software. The<br />
course focuses on the application of<br />
the software to produce drawings of<br />
graphics, electrical / electronic<br />
component symbols, circuit<br />
schematics and electrical wiring layout<br />
diagram. The skills acquired from this<br />
course will also equip students with<br />
the ability to learn and use other<br />
similar software.<br />
Credit(s): 1<br />
Prerequisite(s): None<br />
1. Describe the OSH regulations and<br />
compliance and how it will create safe<br />
working environment.<br />
2. Identify hazards, risks and safe work<br />
practices in order to maintain healthy and<br />
safe work environment.<br />
3. Perform communication skills in a team to<br />
respond for an accident action at workplace.<br />
1. Explain various programming problem using<br />
design tools.<br />
2. Apply knowledge of basic concepts of<br />
fundamental programming to solving a given<br />
problem correctly.<br />
3. Use an appropriate data type for a particular<br />
solution.<br />
4. Use a high level programming language in<br />
solving variety engineering and scientific<br />
problems.<br />
5. Demonstrate problem solving skills in<br />
assigned project based on programming.<br />
1. Describe computer aided design concept,<br />
applications and capabilities in electrical<br />
engineering environment.<br />
2. Use skilfully the draw and edit commands<br />
and the various data input techniques in<br />
generating simple and complex technical<br />
drawings.<br />
3. Draw and produce with precision the symbol<br />
graphics, electronic circuits’ schematics and<br />
electrical wiring layout diagrams faster and<br />
neat.
SEMESTER<br />
2<br />
2<br />
2<br />
COURSE<br />
EE201<br />
SEMICONDUCTOR DEVICES<br />
EE202<br />
DIGITAL ELECTRONICS<br />
ET201<br />
ELECTRICAL CIRCUITS<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
SEMICONDUCTOR DEVICES is an<br />
introduction to the basic electronic<br />
theories and devices. The course<br />
covers the fundamentals of electronic<br />
devices which includes diodes, bipolar<br />
junction transistors and field effect<br />
transistors. The content encompasses<br />
devices structure to biasing basic<br />
applications.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
DIGITAL ELECTRONICS introduces<br />
the theories on the basic of digital<br />
systems. This course emphasizes on<br />
the digital system fundamentals and<br />
applications. This course mainly<br />
covers number systems, code<br />
systems, logic gates, Boolean<br />
operations, combinational circuits, flipflops,<br />
counters and registers.<br />
Credit(s): 3<br />
Prerequisite(s): None<br />
ELECTRICAL CIRCUITS designed to<br />
provide students with the knowledge<br />
of electrical circuits. It emphasizes the<br />
principles of an alternating current AC<br />
waveform, complex number and<br />
sinusoidal steady-state circuit<br />
analysis. This course also covers the<br />
applications of three phase system<br />
and operation of various types of<br />
transformers.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
ET101 - Electrical Technology<br />
1. Describe illustratively the theoretical<br />
characteristics and electrical properties of<br />
semiconductors.<br />
2. Explain the applications of semiconductor<br />
devices using the schematic diagrams.<br />
3. Conduct the construction of semiconductor<br />
devices application circuits based on<br />
schematic diagrams.<br />
1. Illustrate the knowledge of digital number<br />
systems, codes and logic operations<br />
correctly.<br />
2. Simplify and design combinational and<br />
sequential logic circuits by using the Boolean<br />
algebra and the Karnaugh Maps.<br />
3. Draw logic diagrams, truth tables and timing<br />
diagrams for all common flip-flops and use<br />
these to implement sequential logic circuits<br />
correctly.<br />
1. Explain AC circuit concept and their analyses<br />
using AC circuit law.<br />
2. Apply the knowledge of AC circuit in solving<br />
problem related to AC electrical circuit.<br />
3. Use appropriate components and measuring<br />
equipment to perform related AC electrical<br />
network laboratory exercises.<br />
4. Demonstrate team working efficiently while<br />
doing practical work.
SEMESTER<br />
3<br />
3<br />
3<br />
COURSE<br />
AS101<br />
SOFT SKILLS<br />
EC302<br />
ELECTRONIC COMPUTER AIDED DESIGN<br />
EE301<br />
ELECTRONIC CIRCUITS<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
SOFT SKILLS provides exposure and<br />
experience for personality<br />
development, communication skills,<br />
management, leadership, writing and<br />
appreciation of professional ethics.<br />
This course develops proactive spirit<br />
and attitude in students thus giving<br />
confidence to become excellent and<br />
charismatic individuals.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTRONIC COMPUTER AIDED<br />
DESIGN covers the general<br />
introduction to the basic concept and<br />
fundamentals of electronic simulation<br />
and the applications of electronic<br />
packages for electronic circuit<br />
simulation at the circuit level and the<br />
logic level. Attention is also given to<br />
the concept of simulation for analogue,<br />
digital logic and mixed-signal circuits<br />
using various types of simulation<br />
analyses using an electronic<br />
simulation package such as Protel /<br />
Altium Designer, ORCAD, PSpice, or<br />
Electronic Workbench.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTRONIC CIRCUITS emphasizes<br />
the concept of electronic devices<br />
applications. The course covers the<br />
fundamental electronic circuit<br />
applications which include power<br />
supply unit, filters and operational<br />
amplifier, timer, oscillator, and AD/DA<br />
converters. The contents cover circuit<br />
configurations, operations and<br />
applications.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Use effective communication skills in various<br />
verbal and non-verbal forms of<br />
communication at the workplace.<br />
2. Practice leadership skills and management<br />
skills in conducting a group project.<br />
3. Differentiate the types of formal letters and<br />
reports correctly.<br />
1. Describe the concept of electronic circuit<br />
simulation and the applications of electronic<br />
simulation packages.<br />
2. Apply various types of analyses and tools<br />
provided in the simulation package and<br />
analyse the simulation results to ascertain its<br />
compliance to the electronic circuit theory.<br />
3. Draw the various analogue, digital and<br />
mixed-signal circuit schematics and simulate<br />
the circuits using a particular simulation<br />
package.<br />
1. Explain correctly the principles of electronic<br />
circuits by using block diagram or circuit<br />
schematic.<br />
2. Conduct the construction of electronic<br />
circuits application during practical works<br />
based on the theory and principle operation<br />
of the circuits.<br />
3. Deliver an oral presentation to display good<br />
communication skills.
SEMESTER<br />
3<br />
3<br />
3<br />
COURSE<br />
EE302<br />
ELECTRONIC EQUIPMENT REPAIR<br />
EP301<br />
COMMUNICATION SYSTEM FUNDAMENTALS<br />
EP302<br />
TELEPHONY<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
ELECTRONIC EQUIPMENT REPAIR<br />
provides knowledge and skills on<br />
troubleshoot and repair of the<br />
electronics equipment. This course<br />
focuses on the identification of faults in<br />
audio amplifier, regulated dc power<br />
supply, radio CD player and colour TV<br />
receiver. This course also provides<br />
knowledge and skill on trouble shoot<br />
and repair of the electronic laboratory<br />
equipment.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
EE201 - Semiconductor Devices<br />
COMMUNICATION SYSTEM<br />
FUNDAMENTALS introduces students<br />
to the basic concepts of<br />
communication system and to expand<br />
their knowledge regarding the<br />
elements involve in communication<br />
system. This course covers the<br />
principles of telecommunications,<br />
national network hierarchy, analogue<br />
and digital modulation techniques. It<br />
also covers SDH, PDH, multiplexing<br />
and transmission medium.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
TELEPHONY provides students with<br />
the basic knowledge of telephone<br />
functionality and telephone network.<br />
This course covers different types of<br />
switching system, multiplexing<br />
techniques and digital hierarchy. This<br />
course also provides knowledge in<br />
signalling in a telephone network and<br />
basic principle of telegraphic<br />
engineering.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Practice how to use hand tools correctly<br />
according to safety and occupational health<br />
procedures in the laboratory.<br />
2. Operate electronics laboratory test<br />
equipment competently as specified by the<br />
operating manual.<br />
3. Identify correctly diagnosis and<br />
troubleshooting techniques to diagnose fault<br />
in electronic circuit.<br />
4. Repair competently dc power supply, audio<br />
amplifier, PA system, radio CD player, colour<br />
TV receiver and electronic lab equipment<br />
using proper troubleshooting technique and<br />
test equipment.<br />
1. Explain clearly the basic elements of<br />
communication system.<br />
2. Describe clearly the various modulation<br />
techniques and the medium involved in<br />
electronic communications.<br />
3. Handle systematically the related<br />
communication equipment in performing the<br />
assigned practical work.<br />
4. Display team work skill while doing any<br />
practical work.<br />
1. Explain correctly the basic concept and<br />
elements involved in the telephone network.<br />
2. Handle systematically the related<br />
communication equipment in performing the<br />
assigned practical work.<br />
3. Display team work skill while doing any<br />
practical work.
SEMESTER<br />
4<br />
5<br />
COURSE<br />
AT401<br />
INDUSTRIAL TRAINING<br />
EC301<br />
COMPUTER NETWORKING<br />
FUNDAMENTALS<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
INDUSTRIAL TRAINING exposes<br />
students to related workplace<br />
competencies demanded by<br />
industries. This course provides<br />
exposure to students in terms of<br />
technology literacy, effective<br />
communication, practice social skills<br />
and teamwork, policies, procedures<br />
and regulations, professional ethics<br />
and reporting. It also equips students<br />
with real work experience, thus<br />
helping students to perform as novice<br />
workers.<br />
Credit(s): 10<br />
Prerequisite(s):<br />
AS101 - Soft Skills<br />
COMPUTER NETWORK<br />
FUNDAMENTALS course introduces<br />
students to the concepts and<br />
principles of data transmission and<br />
computer networks. This course<br />
enables students to correctly use<br />
standard terminology in describing the<br />
main Local Area Network (LAN)<br />
topologies, hardware and software<br />
components used in networking. This<br />
course provides students with the<br />
knowledge and skills to build a<br />
network infrastructure using copper<br />
cabling, fibre optic cable, and wireless<br />
devices. Students also learn to<br />
troubleshoot and secure the network.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Apply related knowledge and skills at the<br />
workplace.<br />
2. Communicate effectively with others.<br />
3. Practice teamwork.<br />
4. Professionally and ethically comply with<br />
policies, procedures and rules of the<br />
organization.<br />
5. Explain the tasks assigned (during the<br />
industrial training) according to the<br />
prescribed format.<br />
1. Explain the hardware and network devices to<br />
build Local Area Network (LAN) for a specific<br />
implementation.<br />
2. Apply networking connection using straightthrough<br />
or crossover UTP cables complying<br />
with TIA/EIA-568-B wiring standard.<br />
3. Select addressing scheme of TCP/IP in Local<br />
Area Network (LAN) properly using network<br />
configuration tool.<br />
4. Create a simple network connection using<br />
Wireless Local Area Network (WLAN) in<br />
accordance to IEEE 802.11 protocols.<br />
5. Adhere to norm practice of professional<br />
bodies such as IEE E or TIA/EIA-568-B<br />
during practical work session.
SEMESTER<br />
5<br />
5<br />
5<br />
COURSE<br />
EC501<br />
EMBEDDED SYSTEM APPLICATIONS<br />
EE501<br />
PROJECT 1<br />
EE602<br />
CIRCUIT ANALYSIS<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
EMBEDDED SYSTEM<br />
APPLICATIONS covers the basic<br />
concept and application of<br />
microcontroller system based on<br />
Peripheral Interface Controller (PIC)<br />
microcontroller. Students will learn<br />
software and hardware development<br />
on microcontroller development<br />
system and understand how to do<br />
interfacing with external devices using<br />
suitable internal chip features.<br />
Students will be also exposed to the<br />
new Microcontroller Unit (MCU)<br />
simulation software.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
PROJECT 1 provides knowledge<br />
regarding the implementation and<br />
development methods of a project<br />
based on tools or software or a<br />
combination of tools and software.<br />
This course provides exposure to the<br />
selection and early planning of a<br />
project, techniques to develop project,<br />
application of computer aided design<br />
as well as methods of preparing and<br />
presenting project.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
CIRCUIT ANALYSIS provides<br />
exposure and knowledge to the<br />
student in solving alternating current<br />
(AC) electrical network circuit<br />
problems. The emphasis of this course<br />
is on using basic circuit theorems,<br />
Laplace Transforms and Fourier<br />
Series.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
ET201 - Electrical Circuits<br />
1. Apply suitable software and hardware<br />
development on PIC microcontroller system<br />
to interface with external devices using<br />
suitable internal chip features.<br />
2. Perform real-time embedded system<br />
application base on PIC microcontroller<br />
effectively.<br />
3. Demonstrate problem solving skill based on<br />
an assigned project task correctly.<br />
1. Conduct research in order to make<br />
improvements on a chosen project whether<br />
the project is on the hardware, the software<br />
or hardware-software interface and submit a<br />
proposal.<br />
2. Plan project for the chosen category in a<br />
Gantt chart form and deliver a presentation<br />
with a written final proposal within a given<br />
time frame.<br />
3. Carry out project construction procedures<br />
(hardware project) or produce flow-chart and<br />
draft algorithm for system programme<br />
(software project) systematically. (P4)<br />
4. Demonstrate continuous learning and<br />
information management skill while engaging<br />
in independent acquisition of new knowledge<br />
and skill to develop the chosen project.<br />
1. Apply basic circuit theorems in solving<br />
alternating current (AC) in electrical circuit<br />
problems.<br />
2. Use appropriate table and formula to<br />
determine the equation and series in order to<br />
solve electrical circuit problems.<br />
3. Apply Laplace Transform and Fourier series<br />
in solving alternating current (AC) in<br />
electrical circuit problems.
SEMESTER<br />
5<br />
6<br />
COURSE<br />
EP501<br />
FIBER OPTIC COMMUNICATION SYSTEM<br />
EE601<br />
PROJECT 2<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
FIBER OPTIC COMMUNICATION<br />
SYSTEM introduces students to the<br />
basic concept of fibre optic<br />
communication system. This course<br />
covers fibre optic characteristics,<br />
losses in fibre optic cable and the<br />
fundamental concept of optical<br />
measurement. This course also<br />
provides knowledge in splicing<br />
techniques, multiplexing techniques<br />
and fibre optic system design.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
PROJECT 2 is the continuation of<br />
EE501 PROJECT 1 course. The<br />
course focuses on methods of circuit<br />
construction, testing, troubleshooting,<br />
debugging, repair and also completion<br />
of the project which was planned<br />
during the previous semester. This<br />
course also requires students to<br />
prepare a project report in a given<br />
format and deliver a project<br />
presentation at the end of the<br />
semester.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
EE501 - Project 1<br />
1. Explain clearly the basic concept of fibre<br />
optic communications system and system<br />
performance.<br />
2. Handle systematically the related<br />
communication equipment in performing the<br />
assigned practical work.<br />
3. Perform problem solving skill through end of<br />
chapter question on any given topic.<br />
1. Conduct circuit testing, troubleshooting and<br />
repair based on electrical circuit fault finding<br />
and operation theory (hardware project) or<br />
test run, debug and execute system<br />
programme (software project).<br />
2. Design project prototype (hardware project)<br />
with suitable and attractive casing or system<br />
programme (software project) with user<br />
interface.<br />
3. Deliver an oral presentation of the project<br />
confidently, in group or individually, inclusive<br />
of a final report written in a standard format<br />
with the necessary technical data referred to<br />
during project implementation.<br />
4. Demonstrate continuous learning and<br />
information management skill while engaging<br />
in independent acquisition of new knowledge<br />
and skill to develop the project.
SEMESTER<br />
6<br />
6<br />
6<br />
COURSE<br />
EP601<br />
DATA COMMUNICATION<br />
EP602<br />
WIRELESS COMMUNICATION<br />
EP603<br />
MICROWAVE DEVICES<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
DATA COMMUNICATION exposes<br />
the student to the principle of data<br />
communication and networking. This<br />
course covers data encoding, interface<br />
standard, MODEM, data efficiency and<br />
security. Students are also introduced<br />
to Local Area Network (LAN), Wide<br />
Area Network (WAN), Integrated<br />
Services Digital Network (ISDN),<br />
Public Data Network and the latest<br />
technology involved.<br />
Credit(s):<br />
Prerequisite(s):<br />
EP301 - Communication System<br />
Fundamentals<br />
EP302 - Telephony<br />
WIRELESS COMMUNICATION<br />
introduces students to the evolution of<br />
wireless communication. This course<br />
covers the wireless communication<br />
standard, multiple access techniques<br />
used in wireless communication<br />
system. It also covers cellular<br />
communication system, interference<br />
and wave propagation.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
EP301 - Communication System<br />
Fundamentals<br />
EP302 - Telephony<br />
MICROWAVE DEVICES provides<br />
knowledge on the concepts and<br />
fundamentals of microwave. This<br />
course focuses on the components<br />
microwave system such as microwave<br />
sources, microwave components and<br />
microwave antennas. This course also<br />
covers the techniques of microwave<br />
measurement.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
EP301 - Communication System<br />
Fundamentals<br />
EP302 - Telephony<br />
1. Explain correctly basic concept and elements<br />
in data communication.<br />
2. Describe the various types of digital network<br />
by using appropriate illustration.<br />
3. Handle systematically the related<br />
communication equipment to perform the<br />
assigned practical work.<br />
4. Display team work skill while doing any<br />
practical work.<br />
1. Explain clearly the basic concept,<br />
components and standard involved in<br />
wireless communication system.<br />
2. Handle systematically the related wireless<br />
communication equipment in performing the<br />
assigned practical work.<br />
3. Display good communication skill through<br />
presentation of any given essay question.<br />
1. Explain clearly the generation of microwave,<br />
the effects of microwave radiation and the<br />
propagation of electromagnetic in a<br />
waveguide and its accessories.<br />
2. Apply given mathematical equations or Smith<br />
Chart to solve problem related to microwave<br />
propagation.<br />
3. Handle systematically the related microwave<br />
communication equipment in performing the<br />
assigned practical work.<br />
4. Display good communication skill through<br />
presentation of any given essay question.
SEMESTER<br />
6<br />
5<br />
COURSE<br />
PB201<br />
ENTREPRENEURSHIP<br />
EE503<br />
IC FABRICATION AND PACKAGING TECHNOLOGY<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
ENTREPRENEURSHIP focuses the<br />
principles and concept of<br />
entrepreneurship. This course<br />
concentrates on the systematic<br />
methods of getting business ideas.<br />
This course also prepares the<br />
students on ways to conduct and<br />
control the business including<br />
fundamental of management,<br />
marketing and financing. It also<br />
emphasizes on the preparation of<br />
business plan, thus developing their<br />
entrepreneurial skills.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTIVE<br />
IC FABRICATION AND PACKAGING<br />
TECHNOLOGY course exposes the<br />
students to the basic integrated circuit<br />
(IC) fabrication processes. IC testing,<br />
yield and reliability are also introduced<br />
to the students. This course also<br />
covers IC packaging as well as Micro-<br />
Electromechanical System (MEMS)<br />
devices.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Explain clearly the concept of<br />
entrepreneurship, business ownership and<br />
procedures in setting up a business in case<br />
study given.<br />
2. Work cooperatively in group to complete the<br />
assigned project based on entrepreneurial<br />
skills.<br />
3. Present business plan creatively prepared<br />
using knowledge gained via group.<br />
1. Describe clearly the integrated circuit<br />
technology evolution and Micro-<br />
Electromechanical System (MEMS) concept.<br />
2. Explain the integrated circuit fabrication<br />
process, testing and packaging technology<br />
conventionally used in semiconductor<br />
industry at present.<br />
3. Perform team working skill through a group<br />
presentation on a given topic.
SEMESTER<br />
6<br />
6<br />
COURSE<br />
EE605<br />
SIGNAL AND SYSTEM<br />
EP604<br />
MICROWAVE COMMUNICATION SYSTEM<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
SIGNAL & SYSTEM provides<br />
knowledge on the signals and<br />
systems, the Linear Time-Invariant<br />
(LTI) systems, the Laplace transform<br />
the z-transform and Fourier analysis.<br />
The course focuses on the<br />
mathematical description of signals<br />
and systems, the input-output<br />
relationship for Linear Time-Invariant<br />
(LTI) systems, the Laplace transform<br />
and z-transform and their application<br />
techniques for analysing the systems<br />
and Fourier analysis of signals and<br />
systems. In conclusions, this course<br />
forms the foundation for further studies<br />
in areas such as communication,<br />
signal processing and control system.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
MICROWAVE COMMUNICATION<br />
SYSTEM introduces students to the<br />
basic concept of satellite<br />
communication, tropospheric scatter<br />
and radar systems. This course gives<br />
the students an opportunity to<br />
understand the satellite orbits, the<br />
earth and space subsystem, satellite<br />
communication concepts, and radar<br />
fundamental and different types of<br />
radar systems.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
EP301 - Communication System<br />
Fundamentals<br />
EP302 - Telephony<br />
1. Explain the mathematical description of<br />
signals and systems.<br />
2. Express the input-output relationship for<br />
linear time-invariant (LTI) systems.<br />
3. Solve the signals and systems problem<br />
using the mathematical techniques.<br />
4. Execute the Mat Lab software to analyse<br />
the signals and systems correctly based on<br />
the given procedure.<br />
5. Work independently to solve the problem<br />
given by applying the proper signal and<br />
system method.<br />
1. Explain correctly the microwave<br />
communication in satellite and radar<br />
system.<br />
2. Handle the related satellite and radar<br />
communication system equipment to<br />
perform the assigned practical work.<br />
3. Perform critical thinking and problem solving<br />
ability in microwave communication system<br />
through the assigned end of chapter<br />
problem.
6.3.6 PROGRAMME STRUCTURE<br />
Code Course L P T C Code Course L P T C<br />
SEMESTER 1 SEMESTER 2<br />
AA101 Islamic Education 1 2 1 0 2 AA201 Islamic Education 1 2 1 0 2<br />
AA102 Moral Education 1 2 1 0 2 AA202 Moral Education 1 2 1 0 2<br />
AE101 Communicative English 1 0 4 0 2 AR201 Co-Curriculum 2 0 2 0 1<br />
AR101 Co-Curriculum 1 0 2 0 1 AW101<br />
BA101<br />
Engineering Mathematics<br />
1<br />
2 1 0 2 BA201<br />
BB101 Engineering Science 2 1 0 2 EC201<br />
Occupational Safety and<br />
Health 1<br />
Engineering Mathematics<br />
2<br />
Fundamental<br />
Programming<br />
1 0 1 1<br />
2 0 1 2<br />
1 3 0 2<br />
BC101 Computer Application 0 2 0 1 EC202 Computer Aided Design 0 2 0 1<br />
EE101 Measurement 2 2 0 2 EE201 Semiconductor Devices 2 2 0 2<br />
ET101 Electrical Technology 2 2 0 2 EE202 Digital Electronics 0 2 0 1<br />
ET102 Electrical Wiring 1 3 0 2 ET201 Electrical Circuits 2 2 0 2<br />
TOTAL 11 18 0 16 TOTAL 13 14 2 16<br />
SEMESTER 3 SEMESTER 4<br />
AE301 Communicative English 2 1 2 0 2 AT401 Industrial Training 10<br />
AS101 Soft Skills 1 2 0 2<br />
BA301<br />
EC302<br />
Engineering Mathematics<br />
3<br />
Electronic Computer<br />
Aided Design<br />
2 0 1 2<br />
0 3 0 2<br />
EE301 Electronic Circuits 2 2 0 2<br />
EE302<br />
EP301<br />
Electronic Equipment<br />
Repair<br />
Communication System<br />
Fundamentals<br />
1 3 0 2<br />
2 2 0 2<br />
EP302 Telephony 2 2 0 2<br />
TOTAL 11 16 1 16<br />
SEMESTER 5 SEMESTER 6<br />
AE501 Communicative English 3 1 2 0 2 AA301 Islamic Civilisation 2 0 1 2<br />
BA501<br />
Engineering Mathematics<br />
4<br />
2 0 1 2 BA601<br />
Engineering Mathematics<br />
5<br />
2 0 1 2
Code Course L P T C Code Course L P T C<br />
EC301<br />
EC501<br />
Computer Networking<br />
Fundamentals<br />
Embedded Systems<br />
Applications<br />
2 2 0 2 EE601 Project 2 1 2 0 2<br />
1 3 0 2 EP601 Data Communication 2 2 0 2<br />
EE501 Project 1 1 2 0 2 EP602 Wireless Communication 2 2 0 2<br />
EE602 Circuit Analysis 2 0 1 2 EP603 Microwave Devices 2 2 0 2<br />
EP501<br />
EE503<br />
Fibre Optic<br />
Communication System<br />
2 2 0 2 PB201 Entrepreneurship 2 0 1 2<br />
SEMESTER 5 ELECTIVE ** SEMESTER 6 ELECTIVE **<br />
IC Fabrication and<br />
Packaging Technology<br />
2 0 1 2 EE605 Signal and System 2 2 0 2<br />
EP604<br />
Microwave<br />
Communication Systems<br />
2 2 0 2<br />
TOTAL 13 13 2 16 TOTAL 15 10 3 16<br />
** Students can select any of the elective courses that are offered by the department. Students are required<br />
to take a minimum of four credits of elective course.<br />
Legend:<br />
L - Lecture<br />
P - Practical<br />
T - Tutorial<br />
C - Credit Hour<br />
6.3.7 MATRIX OF PROGRAMME ASSESSMENT<br />
Code & Course<br />
AW101: Occupational Safety &<br />
Health 1<br />
Quiz Theory Test Practical Test<br />
Practical<br />
Work/ Tutorial<br />
Exercise<br />
Other<br />
Assessment<br />
Qty. % Qty. % Qty. % Qty. % Qty. % %<br />
2 10% 1 30% - - - - 2 60% -<br />
AS101: Soft Skills - - 1 20% - - - - 4 80% -<br />
EE101: Measurement 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
ET101: Electrical Technology 4 20% 1 10% 1 10% 6 50% 2 10% 100%<br />
ET102: Electrical Wiring 4 20% 1 10% 1 10% 4 50% 1 10% -<br />
EC201: Fundamental<br />
Programming<br />
4 10% 1 20% 1 10% 6 50% 2 10% -<br />
EC202: Computer Aided Design - - - - 1 40% 6 30% 6 30% -<br />
EE201: Semiconductor Devices 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
Final<br />
Exam<br />
EE202: Electrical Circuits 4 10% 1 20% 1 10% 6 50% 2 10% 100%
Code & Course<br />
Quiz Theory Test Practical Test<br />
Practical<br />
Work/ Tutorial<br />
Exercise<br />
Other<br />
Assessment<br />
Qty. % Qty. % Qty. % Qty. % Qty. % %<br />
ET201: Electrical Circuits 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
EC301: Computer Networking<br />
Fundamentals<br />
EC302: Electronic Computer<br />
Aided Design<br />
Final<br />
Exam<br />
4 20% 1 20% - - 6 50% 1 10% 100%<br />
- - - - 2 40% 6 30% 6 30% -<br />
EE301: Electronic Circuits 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
EE302: Electronic Equipment<br />
Repair<br />
EP301: Communication System<br />
Fundamentals<br />
4 10% 1 20% 1 10% 6 50% 2 10% -<br />
4 20% 1 20% - - 6 50% 2 10% 100%<br />
EP302: Telephony 4 20% 1 20% - - 6 50% 2 10% 100%<br />
EC501: Embedded System<br />
Applications<br />
EP501: Fibre Optic<br />
Communication System<br />
EE503: IC Fabrication and<br />
Packaging Technology<br />
4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
4 10% 1 20% - - 6 50% 3 10% 100%<br />
5 30% 1 30% - - - - 4 40% 100%<br />
EE602: Circuit Analysis 5 30% 2 30% - - - - 5 40% 100%<br />
EE605: Signal and System 4 20% 1 20% 1 10% 6 50% 2 10% 100%<br />
EP601: Data Communication 4 20% 1 20% - - 6 50% 2 10% 100%<br />
EP602: Wireless Communication 4 20% 1 20% - - 6 50% 2 10% 100%<br />
EP603: Microwave Devices 4 20% 1 20% - - 6 50% 3 10% 100%<br />
EP604: Microwave<br />
Communication Systems<br />
4 20% 1 20% - - 6 50% 2 10% 100%<br />
PB201: Entrepreneurship 4 20% 2 30% - - - - 4 50% -
6.4 DIPLOMA IN ELECTRICAL ENGINEERING (DET)<br />
6.4.1 PROGRAMME OVERVIEW<br />
The Diploma in Electrical Engineering programme is designed to cover the electrical engineering discipline,<br />
with emphasis in the field of power generation and trans mission. The broad-based electrical and electronics<br />
foundation of which includes electrical and electronic principles, computer fundamental and programming,<br />
semi conductor devices, wiring installation, power system and computer aided design provides versatility to<br />
the graduates. Towards the end of the programme, students are equipped with specialization courses which<br />
include power system protection, AC and DC motor control, power electronics and electrical maintenance. A<br />
part from the technical knowledge and skills, the programme also emphasizes on the development of the<br />
individual potential of students in an integrated and holistic manner through courses such as Islamic studies,<br />
moral studies, co-curriculum, soft skills and entrepreneur ship.<br />
6.4.2 JOB PROSPECTS<br />
This programme provides the knowledge and skills in electrical engineering that can be applied to a broad<br />
range of careers in most power generation provider and manufacturing industries. The knowledge and skills<br />
that the students acquire from the programme will enable them to participate in the job market as:<br />
� Electrical Technician<br />
� Electrical Engineering Service Advisor<br />
� Technical Assistant<br />
� Electrical Engineering Supervisor<br />
� Assistant Engineer<br />
6.4.3 PROGRAMME AIMS (PAI)<br />
Graduates of diploma in engineering programmes at Polytechnics will have knowledge, skills and attitude<br />
that will allow them to make tangible contributions and meet new technical challenges. They will possess<br />
entrepreneurial skills, practice good work ethics, be able to promote good morality and behaviour, and<br />
continuously enhance their knowledge and skills. The graduates will communicate and interact responsibly<br />
and able to contribute effectively as a team member. They will also be adaptable to new changes at the<br />
work place.<br />
6.4.4 PROGRAMME LEARNING OUTCOMES (PLO)<br />
Upon completion of the programme, graduates should be able to:<br />
1. Apply knowledge of mathematics, science and engineering fundamentals to well defined electrical<br />
and electronic engineering procedures and practices;<br />
2. Demonstrate practical skills which includes the ability to troubleshoot, repair and do maintenance<br />
work for electrical and electronics equipment;<br />
3. Demonstrate awareness and consideration for societal, health, safety, legal and cultural issues and<br />
the consequent responsibilities, taking into account the need for sustainable development;<br />
4. Communicate effectively with the engineering community and the society at large;<br />
5. Function individually or in teams, effectively, with a capability to be a leader;<br />
6. Demonstrate an understanding of professional ethics, responsibilities and norms of electrical and<br />
electronic engineering practices;<br />
7. Apply creative and critical thinking in solving problem related to assigned tasks;<br />
8. Recognise the need for entrepreneurship;<br />
9. Recognise the need for professional development and engage in independent acquisition of new<br />
knowledge and skill.
6.4.5 SYNOPSIS AND COURSE LEARNING OUTCOME<br />
SEMESTER<br />
1<br />
1<br />
1<br />
COURSE<br />
EE101<br />
MEASUREMENT<br />
ET101<br />
ELECTRICAL TECHNOLOGY<br />
ET102<br />
ELECTRICAL WIRING<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
MEASUREMENT introduces students to the<br />
basic concept of electrical instrument and<br />
measurement. It covers the basic principles,<br />
safety precautions, meter calibration and<br />
use of instruments for measurement such as<br />
analogue meters, DC meters, electronic<br />
analogue meters, analogue and digital<br />
millimetres, oscilloscopes, signal generators<br />
and power meters. It also covers the basic<br />
concept and simple application of DC<br />
bridge.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTRICAL TECHNOLOGY introduces<br />
students to the principles of operation of DC<br />
electrical circuits. It covers the fundamental<br />
laws, theorems and circuit techniques. This<br />
course also covers cells and batteries,<br />
magnetic and electromagnetic circuits.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTRICAL WIRING course exposes<br />
students with the aspects of wiring<br />
installation. Going through this course<br />
student will be able to relate theoretical<br />
aspect in practical work on electrical wiring<br />
during workshops or laboratories sessions.<br />
This course provides student with the<br />
knowledge and skill training for doing<br />
different types of wiring and also learn on<br />
wiring inspection and testing for the circuit.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Classify standards and equipment<br />
associated with electrical measurement<br />
correctly.<br />
2. Explain the operational principle and<br />
applications of electrical measurement<br />
equipment using the schematic or block<br />
diagrams.<br />
3. Handle electrical quantity measurement<br />
by using suitable measurement<br />
equipment correctly.<br />
1. Explain DC circuit concepts and their<br />
analyses with different method and<br />
approach.<br />
2. Apply the knowledge of DC circuit laws<br />
and theorems in solving problem<br />
related to DC electrical circuit.<br />
3. Use appropriate components and<br />
measuring equipment to perform<br />
related DC electrical circuit laboratory<br />
exercises.<br />
4. Demonstrate team working efficiency<br />
while doing practical work.<br />
1. Demonstrate the knowledge of<br />
electrical safety and wiring related to<br />
NIOSH and MS IEC 60364.<br />
2. Handle properly single-phase domestic<br />
wiring, wiring inspection & testing, and<br />
wiring protection according to MS IEC<br />
60364.<br />
3. Perform practical work as a team<br />
applying good work ethics and proper<br />
work procedures while complying with<br />
related electrical engineering practices<br />
and regulation within the stipulated time<br />
frame.
SEMESTER<br />
2<br />
2<br />
2<br />
COURSE<br />
AW101<br />
OCCUPATIONAL SAFETY AND HEALTH 1<br />
EC201<br />
FUNDAMENTAL PROGRAMMING<br />
EC202<br />
COMPUTER AIDED DESIGN<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
OCCUPATIONAL SAFETY AND HEALTH 1<br />
is designed to impart understanding of the<br />
basic of safety and health in workplace<br />
setting. This course presents aspects of<br />
occupational safety and health, which are<br />
essential for employees to practise safe and<br />
healthy environment, resulting in less<br />
hazards at the workplace. Emphasis is<br />
placed on the understanding of regulations,<br />
OSH management, accident prevention and<br />
occupational First-Aid methods.<br />
Credit(s): 1<br />
Prerequisite(s): None<br />
FUNDAMENTAL PROGRAMMING course<br />
provides an introduction to programme<br />
design and development. Students will learn<br />
to design, code, debug, test and document<br />
well-structured programs based on technical<br />
and engineering problem. Topic covered:<br />
software development principal,<br />
programming language basics, data types,<br />
input and output operations, the use of<br />
selections, loops, arrays and functions<br />
structure.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
COMPUTER AIDED DESIGN provides<br />
knowledge and exposure on the usage of<br />
AutoCAD software. The course focuses on<br />
the application of the software to produce<br />
drawings of graphics, electrical / electronic<br />
component symbols, circuit schematics and<br />
electrical wiring layout diagram. The skills<br />
acquired from this course will also equip<br />
students with the ability to learn and use<br />
other similar software.<br />
Credit(s): 1<br />
Prerequisite(s): None<br />
1. Describe the OSH regulations and<br />
compliance and how it will create safe<br />
working environment.<br />
2. Identify hazards, risks and safe work<br />
practices in order to maintain healthy<br />
and safe work environment.<br />
3. Perform communication skills in a team<br />
to respond for an accident action at<br />
workplace.<br />
1. Explain various programming problem<br />
using design tools.<br />
2. Apply knowledge of basic concepts of<br />
fundamental programming to solving a<br />
given problem correctly.<br />
3. Use an appropriate data type for a<br />
particular solution.<br />
4. Use a high level programming language<br />
in solving variety engineering and<br />
scientific problems.<br />
5. Demonstrate problem solving skills in<br />
assigned project based on<br />
programming.<br />
1. Describe computer aided design<br />
concept, applications and capabilities in<br />
electrical engineering environment.<br />
2. Use skilfully the draw and edit<br />
commands and the various data input<br />
techniques in generating simple and<br />
complex technical drawings.<br />
3. Draw and produce with precision the<br />
symbol graphics, electronic circuits’<br />
schematics and electrical wiring layout<br />
diagrams faster and neat.
SEMESTER<br />
2<br />
2<br />
2<br />
COURSE<br />
EE201<br />
SEMICONDUCTOR DEVICES<br />
EE202<br />
DIGITAL ELECTRONICS<br />
ET201<br />
ELECTRICAL CIRCUITS<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
SEMICONDUCTOR DEVICES is an<br />
introduction to the basic electronic theories<br />
and devices. The course covers the<br />
fundamentals of electronic devices which<br />
includes diodes, bipolar junction transistors<br />
and field effect transistors. The content<br />
encompasses devices structure to biasing<br />
basic applications.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
DIGITAL ELECTRONICS introduces the<br />
theories on the basic of digital systems. This<br />
course emphasizes on the digital system<br />
fundamentals and applications. This course<br />
mainly covers number systems, code<br />
systems, logic gates, Boolean operations,<br />
combinational circuits, flip-flops, counters<br />
and registers.<br />
Credit(s): 3<br />
Prerequisite(s): None<br />
ELECTRICAL CIRCUITS designed to<br />
provide students with the knowledge of<br />
electrical circuits. It emphasizes the<br />
principles of an alternating current AC<br />
waveform, complex number and sinusoidal<br />
steady-state circuit analysis. This course<br />
also covers the applications of three phase<br />
system and operation of various types of<br />
transformers.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
ET101 - Electrical Technology<br />
1. Describe illustratively the theoretical<br />
characteristics and electrical properties<br />
of semiconductors.<br />
2. Explain the applications of<br />
semiconductor devices using the<br />
schematic diagrams.<br />
3. Conduct the construction of<br />
semiconductor devices application<br />
circuits based on schematic diagrams.<br />
1. Illustrate the knowledge of digital<br />
number systems, codes and logic<br />
operations correctly.<br />
2. Simplify and design combinational and<br />
sequential logic circuits by using the<br />
Boolean algebra and the Karnaugh<br />
Maps.<br />
3. Draw logic diagrams, truth tables and<br />
timing diagrams for all common flipflops<br />
and use these to implement<br />
sequential logic circuits correctly.<br />
1. Explain AC circuit concept and their<br />
analyses using AC circuit law.<br />
2. Apply the knowledge of AC circuit in<br />
solving problem related to AC electrical<br />
circuit.<br />
3. Use appropriate components and<br />
measuring equipment to perform<br />
related AC electrical network laboratory<br />
exercises.<br />
4. Demonstrate team working efficiently<br />
while doing practical work.
SEMESTER<br />
3<br />
3<br />
3<br />
COURSE<br />
AS101<br />
SOFT SKILLS<br />
EC302<br />
ELECTRONIC COMPUTER AIDED DESIGN<br />
EE301<br />
ELECTRONIC CIRCUITS<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
SOFT SKILLS provides exposure and<br />
experience for personality development,<br />
communication skills, management,<br />
leadership, writing and appreciation of<br />
professional ethics. This course develops<br />
proactive spirit and attitude in students thus<br />
giving confidence to become excellent and<br />
charismatic individuals.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTRONIC COMPUTER AIDED<br />
DESIGN covers the general introduction to<br />
the basic concept and fundamentals of<br />
electronic simulation and the applications of<br />
electronic packages for electronic circuit<br />
simulation at the circuit level and the logic<br />
level. Attention is also given to the concept<br />
of simulation for analogue, digital logic and<br />
mixed-signal circuits using various types of<br />
simulation analyses using an electronic<br />
simulation package such as Protel / Altium<br />
Designer, ORCAD, PSpice, or Electronic<br />
Workbench.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTRONIC CIRCUITS emphasizes the<br />
concept of electronic devices applications.<br />
The course covers the fundamental<br />
electronic circuit applications which include<br />
power supply unit, filters and operational<br />
amplifier, timer, oscillator, and AD/DA<br />
converters. The contents cover circuit<br />
configurations, operations and applications.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Use effective communication skills in<br />
various verbal and non-verbal forms of<br />
communication at the workplace.<br />
2. Practice leadership skills and<br />
management skills in conducting a<br />
group project.<br />
3. Differentiate the types of formal letters<br />
and reports correctly.<br />
1. Describe the concept of electronic<br />
circuit simulation and the applications of<br />
electronic simulation packages.<br />
2. Apply various types of analyses and<br />
tools provided in the simulation<br />
package and analyse the simulation<br />
results to ascertain its compliance to<br />
the electronic circuit theory.<br />
3. Draw the various analogue, digital and<br />
mixed-signal circuit schematics and<br />
simulate the circuits using a particular<br />
simulation package.<br />
1. Explain correctly the principles of<br />
electronic circuits by using block<br />
diagram or circuit schematic.<br />
2. Conduct the construction of electronic<br />
circuits application during practical<br />
works based on the theory and principle<br />
operation of the circuits.<br />
3. Deliver an oral presentation to display<br />
good communication skills.
SEMESTER<br />
3<br />
3<br />
3<br />
COURSE<br />
EJ501<br />
PROGRAMMABLE LOGIC<br />
CONTROLLER (PLC) AND AUTOMATION<br />
ET301<br />
ELECTRICAL MACHINES<br />
ET302<br />
POWER SYSTEM<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
PROGRAMMABLE LOGIC CONTROLLER<br />
(PLC) AND AUTOMATION provides<br />
knowledge regarding the concept and<br />
principle of automation system as well as<br />
PLC. This course emphasizes the<br />
relationship between relay ladder<br />
logic/hardwired and PLC, application of<br />
industrial sensors and actuators through the<br />
PLC, design process, programming and<br />
maintenance method. This course also<br />
provides knowledge and skills in designing<br />
of automation system based on the<br />
applications of PLC.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTRICAL MACHINES provides<br />
exposure to the basic principle of various<br />
types of motors and generators. Emphasis is<br />
given more on construction, principle<br />
operation and solving related calculation<br />
problems. This course also provides skills<br />
training related to motors and generators.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
POWER SYSTEM course will provide<br />
students with the basic concepts and<br />
knowledge on the generation, transmission<br />
and distribution of the electrical power. This<br />
course will focus on the operational principle<br />
of electrical power generation, transmission<br />
and distribution and also on fault calculation.<br />
This course also introduces students with<br />
the concept and usage of renewable energy.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
ET101 - Electrical Technology<br />
1. Explain clearly blocks, parts,<br />
components and instructions found in<br />
the automation systems.<br />
2. Construct simple automation sequential<br />
control of hardwired or PLC system<br />
based on IEC 61131 and NEMA<br />
standards.<br />
3. Handle the troubleshooting and<br />
maintenance of hardwired or PLC<br />
automation systems using appropriate<br />
equipment.<br />
4. Demonstrate problem solving skill while<br />
handling the hardwired or PLC<br />
automation systems based on IEC and<br />
NEMA standards.<br />
1. Explain clearly the basic knowledge of<br />
construction and principle operation of<br />
the DC machine and AC machine with<br />
appropriate illustration.<br />
2. Apply accurately an appropriate<br />
standard formula to calculate losses,<br />
voltage regulation, torque and efficiency<br />
in the DC and AC machine.<br />
3. Use appropriate equipment to operate<br />
the DC machine and AC machine.<br />
4. Perform team working efficiently while<br />
doing practical work.<br />
1. Illustrate clearly the knowledge of<br />
electrical power generation,<br />
transmission and distribution system<br />
using the appropriate block diagram.<br />
2. Identify correctly the usage of<br />
renewable energy.<br />
3. Handle practical work on electrical<br />
power generation, transmission and<br />
distribution system using the<br />
appropriate equipment.<br />
4. Perform team working efficiently while<br />
doing practical work.
SEMESTER<br />
4<br />
5<br />
COURSE<br />
AT401<br />
INDUSTRIAL TRAINING<br />
EC301<br />
COMPUTER NETWORKING<br />
FUNDAMENTALS<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
INDUSTRIAL TRAINING exposes students<br />
to related workplace competencies<br />
demanded by industries. This course<br />
provides exposure to students in terms of<br />
technology literacy, effective<br />
communication, practice social skills and<br />
teamwork, policies, procedures and<br />
regulations, professional ethics and<br />
reporting. It also equips students with real<br />
work experience, thus helping students to<br />
perform as novice workers.<br />
Credit(s): 10<br />
Prerequisite(s):<br />
AS101 - Soft Skills<br />
COMPUTER NETWORK FUNDAMENTALS<br />
course introduces students to the concepts<br />
and principles of data transmission and<br />
computer networks. This course enables<br />
students to correctly use standard<br />
terminology in describing the main Local<br />
Area Network (LAN) topologies, hardware<br />
and software components used in<br />
networking. This course provides students<br />
with the knowledge and skills to build a<br />
network infrastructure using copper cabling,<br />
fibre optic cable, and wireless devices.<br />
Students also learn to troubleshoot and<br />
secure the network.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
6. Apply related knowledge and skills at<br />
the workplace.<br />
7. Communicate effectively with others.<br />
8. Practice teamwork.<br />
9. Professionally and ethically comply with<br />
policies, procedures and rules of the<br />
organization.<br />
10. Explain the tasks assigned (during the<br />
industrial training) according to the<br />
prescribed format.<br />
1. Explain the hardware and network<br />
devices to build Local Area Network<br />
(LAN) for a specific implementation.<br />
2. Apply networking connection using<br />
straight-through or crossover UTP<br />
cables complying with TIA/EIA-568-B<br />
wiring standard.<br />
3. Select addressing scheme of TCP/IP in<br />
Local Area Network (LAN) properly<br />
using network configuration tool.<br />
4. Create a simple network connection<br />
using Wireless Local Area Network<br />
(WLAN) in accordance to IEEE 802.11<br />
protocols.<br />
5. Adhere to norm practice of professional<br />
bodies such as IEE E or TIA/EIA-568-B<br />
during practical work session.
SEMESTER<br />
5<br />
5<br />
5<br />
COURSE<br />
EC501<br />
EMBEDDED SYSTEM APPLICATIONS<br />
EE501<br />
PROJECT 1<br />
ET501<br />
DC MOTOR CONTROL<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
EMBEDDED SYSTEM APPLICATIONS<br />
covers the basic concept and application of<br />
microcontroller system based on Peripheral<br />
Interface Controller (PIC) microcontroller.<br />
Students will learn software and hardware<br />
development on microcontroller<br />
development system and understand how to<br />
do interfacing with external devices using<br />
suitable internal chip features. Students will<br />
be also exposed to the new Microcontroller<br />
Unit (MCU) simulation software.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
PROJECT 1 provides knowledge regarding<br />
the implementation and development<br />
methods of a project based on tools or<br />
software or a combination of tools and<br />
software. This course provides exposure to<br />
the selection and early planning of a project,<br />
techniques to develop project, application of<br />
computer aided design as well as methods<br />
of preparing and presenting project.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
DIRECT CURRENT MOTOR CONTROL<br />
provides the students’ knowledge regarding<br />
the principle, method and types of control.<br />
Emphasis is given on the methods of<br />
controlling motor speed using electronic<br />
devices and using braking methods.<br />
Students will also be exposed to training for<br />
skills related to the control of DC motor.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Apply suitable software and hardware<br />
development on PIC microcontroller<br />
system to interface with external<br />
devices using suitable internal chip<br />
features.<br />
2. Perform real-time embedded system<br />
application base on PIC microcontroller<br />
effectively.<br />
3. Demonstrate problem solving skill<br />
based on an assigned project task<br />
correctly.<br />
1. Conduct research in order to make<br />
improvements on a chosen project<br />
whether the project is on the hardware,<br />
the software or hardware-software<br />
interface and submit a proposal.<br />
2. Plan project for the chosen category in<br />
a Gantt chart form and deliver a<br />
presentation with a written final<br />
proposal within a given time frame.<br />
3. Carry out project construction<br />
procedures (hardware project) or<br />
produce flow-chart and draft algorithm<br />
for system programme (software<br />
project) systematically. (P4)<br />
4. Demonstrate continuous learning and<br />
information management skill while<br />
engaging in independent acquisition of<br />
new knowledge and skill to develop the<br />
chosen project.<br />
1. Explain clearly the basic knowledge of<br />
essential methods and concept of<br />
control system for DC motor speed<br />
control applications.<br />
2. Handle systematically the practical<br />
work for DC motor speed control for<br />
shunt, series and compound motor<br />
using appropriate equipment.<br />
3. Perform leadership skills efficiently<br />
while doing practical work.
SEMESTER<br />
5<br />
6<br />
COURSE<br />
ET502<br />
POWER ELECTRONICS<br />
EE601<br />
PROJECT 2<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
POWER ELECTRONICS course is aimed to<br />
equip students with the knowledge and skills<br />
related to power electronic devices and its<br />
application in power conversion. This course<br />
will focus on the operational principle of<br />
rectifiers, choppers, inverters and ac voltage<br />
controller’s circuits. Students also will be<br />
exposed to produce the output voltage<br />
waveforms of the power electronics<br />
converters.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
PROJECT 2 is the continuation of EE501<br />
PROJECT 1 course. The course focuses on<br />
methods of circuit construction, testing,<br />
troubleshooting, debugging, repair and also<br />
completion of the project which was planned<br />
during the previous semester. This course<br />
also requires students to prepare a project<br />
report in a given format and deliver a project<br />
presentation at the end of the semester.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
EE501 - Project 1<br />
1. Explain various types of power<br />
semiconductor devices for switching<br />
purpose used in the power electronics<br />
converters.<br />
2. Apply knowledge of the basic principle<br />
operations of power electronics<br />
converters using a suitable circuit<br />
diagrams.<br />
3. Handle the practical work on the power<br />
electronics converters using<br />
appropriate equipment.<br />
4. Perform the problem solving skills in the<br />
power electronics converters.<br />
1. Conduct circuit testing, troubleshooting<br />
and repair based on electrical circuit<br />
fault finding and operation theory<br />
(hardware project) or test run, debug<br />
and execute system programme<br />
(software project).<br />
2. Design project prototype (hardware<br />
project) with suitable and attractive<br />
casing or system programme (software<br />
project) with user interface.<br />
3. Deliver an oral presentation of the<br />
project confidently, in group or<br />
individually, inclusive of a final report<br />
written in a standard format with the<br />
necessary technical data referred to<br />
during project implementation.<br />
4. Demonstrate continuous learning and<br />
information management skill while<br />
engaging in independent acquisition of<br />
new knowledge and skill to develop the<br />
project.
SEMESTER<br />
6<br />
6<br />
6<br />
COURSE<br />
ET601<br />
POWER SYSTEM PROTECTION<br />
ET602<br />
AC MOTOR CONTROL<br />
ET603<br />
ELECTRICAL MAINTENANCE AND<br />
REPAIR<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
POWER SYSTEM PROTECTION is aimed<br />
to provide students with the knowledge and<br />
exposure to the electrical power equipment<br />
protection. The course focuses on the<br />
common protection system applied to power<br />
distribution system, switching equipment<br />
and their operation. This course also<br />
introduces the methods of selecting suitable<br />
protection equipment based on fault current<br />
and apparent power calculations.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
ET302 - Power System<br />
ALTERNATING CURRENT MOTOR<br />
CONTROL provides knowledge on the<br />
concepts and principles of speed, slip,<br />
voltage, and frequency control using power<br />
electronic devices. The focus is on the<br />
various methods of motor speed control.<br />
This course also provides skills training on<br />
AC motor control.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
ET301 - Electrical Machine<br />
ELECTRICAL MAINTENANCE AND<br />
REPAIR is designed to provide students<br />
with the knowledge and exposure to the<br />
method used in maintenance and repair of<br />
electrical equipment. It emphasizes more<br />
towards maintaining electric powered<br />
equipment. It also demonstrate knowledge<br />
and understanding of electrical schematic<br />
diagram and adhere to all safety<br />
procedures, regulations for maintaining and<br />
display good practices<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Explain clearly the basic principle of<br />
various protection equipment used for<br />
electrical protection scheme.<br />
2. Handle the assigned practical work<br />
related to common protection system<br />
applied to power distribution system<br />
equipment.<br />
3. Demonstrate problem solving skill in<br />
performing selection on suitable<br />
protection equipment.<br />
1. Explain clearly the basic concepts of<br />
AC motor, the characteristics of motor<br />
operating using appropriate diagrams<br />
and circuit operation on how to control<br />
voltage in inverters using Pulse With<br />
Modulation.<br />
2. Apply clearly the methods of controlling<br />
speed for squirrel cage and other types<br />
of motor by using related diagrams.<br />
3. Use the essential methods of AC motor<br />
speed control using appropriate<br />
equipment.<br />
4. Perform leadership skills efficiently<br />
while doing practical work.<br />
1. Explain clearly the electrical safety and<br />
maintenance organization.<br />
2. Classify the related MS IEC 60364 and<br />
electricity regulations 1994 for<br />
maintaining electrical distribution<br />
systems, fire alarm system, electric<br />
powered equipment and preventive<br />
maintenance.<br />
3. Construct the procedure for the<br />
assigned practical works on<br />
troubleshoot fault and repair the<br />
electrical appliances.<br />
4. Demonstrate problem solving skill in<br />
performing maintenance and<br />
troubleshooting in a team.
SEMESTER<br />
6<br />
5<br />
6<br />
COURSE<br />
PB201<br />
ENTREPRENEURSHIP<br />
EC304<br />
MICROPROCESSOR FUNDAMENTAL<br />
EC503<br />
OPERATING SYSTEM<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
ENTREPRENEURSHIP focuses the<br />
principles and concept of entrepreneurship.<br />
This course concentrates on the systematic<br />
methods of getting business ideas. This<br />
course also prepares the students on ways<br />
to conduct and control the business<br />
including fundamental of management,<br />
marketing and financing. It also emphasizes<br />
on the preparation of business plan, thus<br />
developing their entrepreneurial skills.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTIVE<br />
MICROPROCESSOR FUNDAMENTAL<br />
covers the basic concepts and application of<br />
microprocessor-based systems. Students<br />
will learn the fundamental concepts and<br />
techniques for designing and programming<br />
microprocessor-based systems. Micro<br />
processor architecture, assembly language<br />
and fundamentals of interfacing will be<br />
discussed during the course of study. This<br />
course also provides the skills to design<br />
memory systems using address decoder.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
EE202 - Digital Electronics<br />
OPERATING SYSTEM course introduces<br />
the fundamentals of operating systems.<br />
Topics included are inter-process<br />
communication, process scheduling,<br />
deadlock, memory management, virtual<br />
memory and file system. Formal principles<br />
are illustrated with examples and case<br />
studies of one or more contemporary<br />
operating system. `The course shall enable<br />
students to develop skills to install and<br />
configure a server using Microsoft Windows<br />
network operating system and Open Source<br />
network operating system.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
4. Explain clearly the concept of<br />
entrepreneurship, business ownership<br />
and procedures in setting up a business<br />
in case study given.<br />
5. Work cooperatively in group to<br />
complete the assigned project based on<br />
entrepreneurial skills.<br />
6. Present business plan creatively<br />
prepared using knowledge gained via<br />
group.<br />
1. Explain the concept of a 68000/8086<br />
microprocessor, the organization of the<br />
internal register and the memory, and<br />
the configuration of microprocessorbased<br />
system.<br />
2. Design the address decoder to facilitate<br />
memory expansion for the memory<br />
system by calculating the memory map.<br />
3. Write assembly language program to<br />
perform a particular task.<br />
4. Perform interfacing for a<br />
microprocessor-based system to<br />
external peripherals using PPI<br />
8255/PIA 6821 chip.<br />
1. Analyse the step process performed by<br />
operating system based on<br />
management of memory, resource and<br />
file to ensure the computer system<br />
operates at optimum performance.<br />
2. Install and configure correctly<br />
workstation and domain server using<br />
MS Windows server or Open Source<br />
server operating system.<br />
3. Demonstrate good communication skill<br />
in oral presentation and answer<br />
question with confidence on an<br />
assigned group practical work inclusive<br />
of a report within a stipulated time<br />
frame.
SEMESTER<br />
6<br />
6<br />
COURSE<br />
EE602<br />
CIRCUIT ANALYSIS<br />
EJ602<br />
NDUSTRIAL CONTROL<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
CIRCUIT ANALYSIS provides exposure and<br />
knowledge to the student in solving<br />
alternating current (AC) electrical network<br />
circuit problems. The emphasis of this<br />
course is on using basic circuit theorems,<br />
Laplace Transforms and Fourier Series.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
ET201 - Electrical Circuits<br />
INDUSTRIAL CONTROL course covers the<br />
basic concepts and application of<br />
automation and production systems used in<br />
industry. Students will be introduced to the<br />
motion control and the fundamentals of<br />
servomechanisms as well as the knowledge<br />
in industrial robot and industrial control<br />
networks.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Apply basic circuit theorems in solving<br />
alternating current (AC) in electrical<br />
circuit problems.<br />
2. Use appropriate table and formula to<br />
determine the equation and series in<br />
order to solve electrical circuit<br />
problems.<br />
3. Apply Laplace Transform and Fourier<br />
series in solving alternating current<br />
(AC) in electrical circuit problems.<br />
1. Apply clearly the basic knowledge of<br />
Industrial Control fundamentals to<br />
electrical and electronic engineering<br />
procedures and practices.<br />
2. Handle the troubleshooting for electrical<br />
and electronic equipment in Industrial<br />
Control using appropriate equipment.<br />
3. Demonstrate effectively in team while<br />
solving problem of Industrial Control<br />
System with appropriate method.
6.4.6 PROGRAMME STRUCTURE<br />
Code Course L P T C Code Course L P T C<br />
SEMESTER 1 SEMESTER 2<br />
AA101 Islamic Education 1 2 1 0 2 AA201 Islamic Education 1 2 1 0 2<br />
AA102 Moral Education 1 2 1 0 2 AA202 Moral Education 1 2 1 0 2<br />
AE101 Communicative English 1 0 4 0 2 AR201 Co-Curriculum 2 0 2 0 1<br />
AR101 Co-Curriculum 1 0 2 0 1 AW101<br />
BA101<br />
Engineering Mathematics<br />
1<br />
2 1 0 2 BA201<br />
BB101 Engineering Science 2 1 0 2 EC201<br />
Occupational Safety and<br />
Health 1<br />
Engineering Mathematics<br />
2<br />
Fundamental<br />
Programming<br />
1 0 1 1<br />
2 0 1 2<br />
1 3 0 2<br />
BC101 Computer Application 0 2 0 1 EC202 Computer Aided Design 0 2 0 1<br />
EE101 Measurement 2 2 0 2 EE201 Semiconductor Devices 2 2 0 2<br />
ET101 Electrical Technology 2 2 0 2 EE202 Digital Electronics 0 2 0 1<br />
ET102 Electrical Wiring 1 3 0 2 ET201 Electrical Circuits 2 2 0 2<br />
TOTAL 11 18 0 16 TOTAL 13 14 2 16<br />
SEMESTER 3 SEMESTER 4<br />
AE301 Communicative English 2 1 2 0 2 AT401 Industrial Training 10<br />
AS101 Soft Skills 1 2 0 2<br />
BA301<br />
EC302<br />
Engineering Mathematics<br />
3<br />
Electronic Computer<br />
Aided Design<br />
2 0 1 2<br />
0 3 0 2<br />
EE301 Electronic Circuits 2 2 0 2<br />
EJ501<br />
Programmable Logic<br />
Control and Automation<br />
2 2 0 2<br />
ET301 Electrical Machine 2 2 0 2<br />
ET302 Power System 2 2 0 2<br />
TOTAL 12 15 1 16<br />
SEMESTER 5 SEMESTER 6<br />
AE501 Communicative English 3 1 2 0 2 AA301 Islamic Civilisation 2 0 1 2<br />
BA501<br />
Engineering Mathematics<br />
4<br />
2 0 1 2 BA601<br />
Engineering Mathematics<br />
5<br />
2 0 1 2
Code Course L P T C Code Course L P T C<br />
EC301<br />
EC501<br />
Computer Networking<br />
Fundamentals<br />
Embedded Systems<br />
Applications<br />
2 2 0 2 EE601 Project 2 1 2 0 2<br />
1 3 0 2 ET601 Power System Protection 2 2 0 2<br />
EE501 Project 1 1 2 0 2 ET602 AC Motor Control 2 2 0 2<br />
ET501 DC Motor Control 2 2 0 2 ET603<br />
Electrical Maintenance &<br />
Repair<br />
2 2 0 2<br />
ET502 Power Electronics 2 2 0 2 PB201 Entrepreneurship 2 0 1 2<br />
SEMESTER 5 ELECTIVE ** SEMESTER 6 ELECTIVE **<br />
- Basic Control System 2 2 0 2 EC503 Operating System 2 2 0 2<br />
EC304<br />
Microprocessor<br />
Fundamental<br />
2 2 0 2 EE602 Circuit Analysis 2 0 1 2<br />
EJ602 Industrial Control 2 2 0 2<br />
TOTAL 13 15 1 16 TOTAL 15 10 3 16<br />
** Students can select any of the elective courses that are offered by the department. Students are required<br />
to take a minimum of four credits of the elective courses.<br />
Legend:<br />
L - Lecture<br />
P - Practical<br />
T - Tutorial<br />
C - Credit Hour<br />
6.4.7 MATRIX OF PROGRAMME ASSESSMENT<br />
Code & Course<br />
AW101: Occupational Safety &<br />
Health 1<br />
Quiz Theory Test Practical Test<br />
Practical<br />
Work/ Tutorial<br />
Exercise<br />
Other<br />
Assessment<br />
Qty. % Qty. % Qty. % Qty. % Qty. % %<br />
2 10% 1 30% - - - - 2 60% -<br />
AS101: Soft Skills - - 1 20% - - - - 4 80% -<br />
EE101: Measurement 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
ET101: Electrical Technology 4 20% 1 10% 1 10% 6 50% 2 10% 100%<br />
ET102: Electrical Wiring 4 20% 1 10% 1 10% 4 50% 1 10% -<br />
EC201: Fundamental<br />
Programming<br />
4 10% 1 20% 1 10% 6 50% 2 10% -<br />
EC202: Computer Aided Design - - - - 1 40% 6 30% 6 30% -<br />
Final<br />
Exam<br />
EE201: Semiconductor Devices 4 10% 1 20% 1 10% 6 50% 2 10% 100%
Code & Course<br />
Quiz Theory Test Practical Test<br />
Practical<br />
Work/ Tutorial<br />
Exercise<br />
Other<br />
Assessment<br />
Qty. % Qty. % Qty. % Qty. % Qty. % %<br />
EE202: Electrical Circuits 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
ET201: Electrical Circuits 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
EC301: Computer Networking<br />
Fundamentals<br />
EC304: Microprocessor<br />
Fundamental<br />
EC302: Electronic Computer<br />
Aided Design<br />
Final<br />
Exam<br />
4 20% 1 20% - - 6 50% 1 10% 100%<br />
4 20% 1 20% - - 6 50% 1 10% 100%<br />
- - - - 2 40% 6 30% 6 30% -<br />
EE301: Electronic Circuits 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
ET301 - Electrical Machine 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
ET302 - Power System 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
EC501: Embedded System<br />
Applications<br />
4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
EC503: Operating System 4 20% 1 20% - - 6 50% 2 10% 100%<br />
EJ501: Programmable Logic<br />
Controller (PLC) and Automation<br />
4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
ET501: DC Motor Control 4 20% 1 20% - - 6 50% 2 10% 100%<br />
ET502: Power Electronics 4 20% 1 20% - - 6 50% 2 10% 100%<br />
EE602: Circuit Analysis 5 30% 2 30% - - - - 5 40% 100%<br />
EJ602: Industrial Control 4 10% 1 20% 1 10% 6 50% 1 10% 100%<br />
ET601: Power System Protection 4 20% 1 20% - - 6 50% 1 10% 100%<br />
ET602: AC Motor Control 4 20% 1 20% - - 6 50% 2 10% 100%<br />
ET603: Electrical Maintenance &<br />
Repair<br />
4 10% 1 20% 1 10% 6 50% 1 10% 100%<br />
PB201: Entrepreneurship 4 20% 2 30% - - - - 4 50% -
6.5 DIPLOMA IN ELECTRICAL ENGINEERING (COMPUTER) (DTK)<br />
6.5.1 PROGRAMME OVERVIEW<br />
The Diploma in Electronic Engineering (Computer) covers the broad discipline of electronic engineering,<br />
with specialization of electronics used in the field of computer based technology. The programme is<br />
designed with a broad-based electrical and electronic engineering foundation which includes mathematics,<br />
electrical and electronic fundamentals, computer fundamentals and programming, communication system<br />
fundamentals, semiconductor devices, wiring installation and computer aided design which provides<br />
versatility to the graduates, while emphasizing the area of specialisation towards the end of the programme.<br />
The specialization courses include software component such as visual programming and database system<br />
and also hardware components such as computer architecture and organization and computer system<br />
diagnosis and maintenance. A part from the technical knowledge and skills, the programme also<br />
emphasizes on the development of the individual potential of students in an integrated and holistic manner<br />
through courses such as Islamic studies, moral studies, co-curriculum, soft skills and entrepreneurship.<br />
6.5.2 JOB PROSPECTS<br />
This programme provides the knowledge and skills in electronic engineering with specialization in computer.<br />
The knowledge and skills that the students acquire from the programme will enable them to participate in<br />
the job market as:<br />
� Computer Technician<br />
� Electronic Technician<br />
� Technical Specialist<br />
� Electrical, Electronic and Computer Service Technician<br />
� Assistant Engineer<br />
� Marketing Executive<br />
� Self-employed<br />
6.5.3 PROGRAMME AIMS (PAI)<br />
Graduates of diploma in engineering programmes at Polytechnics will have knowledge, skills and attitude<br />
that will allow them to make tangible contributions and meet new technical challenges. They will possess<br />
entrepreneurial skills, practice good work ethics, be able to promote good morality and behaviour, and<br />
continuously enhance their knowledge and skills. The graduates will communicate and interact responsibly<br />
and be able to contribute effectively as a team member. They will also be adaptable to new changes at the<br />
work place.<br />
6.5.4 PROGRAMME LEARNING OUTCOMES (PLO)<br />
Upon completion of the programme, graduates should be able to:<br />
1. Apply knowledge of mathematics, science and engineering fundamentals to well defined electrical<br />
and electronic engineering procedures and practices;<br />
2. Demonstrate practical skills which includes the ability to troubleshoot, repair and do maintenance<br />
work for electrical and electronics equipment;<br />
3. Demonstrate awareness and consideration for societal, health, safety, legal and cultural issues and<br />
the consequent responsibilities, taking into account the need for sustainable development;<br />
4. Communicate effectively with the engineering community and the society at large;<br />
5. Function individually or in teams, effectively, with a capability to be a leader;<br />
6. Demonstrate an understanding of professional ethics, responsibilities and norms of electrical and<br />
electronic engineering practices;<br />
7. Apply creative and critical thinking in solving problem related to assigned tasks;<br />
8. Recognise the need for entrepreneurship;<br />
9. Recognise the need for professional development and engage in independent acquisition of new<br />
knowledge and skill.
6.5.5 SYNOPSIS AND COURSE LEARNING OUTCOME<br />
SEMESTER<br />
1<br />
1<br />
1<br />
COURSE<br />
EE101<br />
MEASUREMENT<br />
ET101<br />
ELECTRICAL TECHNOLOGY<br />
ET102<br />
ELECTRICAL WIRING<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
MEASUREMENT introduces students to the<br />
basic concept of electrical instrument and<br />
measurement. It covers the basic principles,<br />
safety precautions, meter calibration and<br />
use of instruments for measurement such as<br />
analogue meters, DC meters, electronic<br />
analogue meters, analogue and digital<br />
millimetres, oscilloscopes, signal generators<br />
and power meters. It also covers the basic<br />
concept and simple application of DC<br />
bridge.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTRICAL TECHNOLOGY introduces<br />
students to the principles of operation of DC<br />
electrical circuits. It covers the fundamental<br />
laws, theorems and circuit techniques. This<br />
course also covers cells and batteries,<br />
magnetic and electromagnetic circuits.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTRICAL WIRING course exposes<br />
students with the aspects of wiring<br />
installation. Going through this course<br />
student will be able to relate theoretical<br />
aspect in practical work on electrical wiring<br />
during workshops or laboratories sessions.<br />
This course provides student with the<br />
knowledge and skill training for doing<br />
different types of wiring and also learn on<br />
wiring inspection and testing for the circuit.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Classify standards and equipment<br />
associated with electrical measurement<br />
correctly.<br />
2. Explain the operational principle and<br />
applications of electrical measurement<br />
equipment using the schematic or block<br />
diagrams.<br />
3. Handle electrical quantity measurement<br />
by using suitable measurement<br />
equipment correctly.<br />
1. Explain DC circuit concepts and their<br />
analyses with different method and<br />
approach.<br />
2. Apply the knowledge of DC circuit laws<br />
and theorems in solving problem<br />
related to DC electrical circuit.<br />
3. Use appropriate components and<br />
measuring equipment to perform<br />
related DC electrical circuit laboratory<br />
exercises.<br />
4. Demonstrate team working efficiency<br />
while doing practical work.<br />
1. Demonstrate the knowledge of<br />
electrical safety and wiring related to<br />
NIOSH and MS IEC 60364.<br />
2. Handle properly single-phase domestic<br />
wiring, wiring inspection & testing, and<br />
wiring protection according to MS IEC<br />
60364.<br />
3. Perform practical work as a team<br />
applying good work ethics and proper<br />
work procedures while complying with<br />
related electrical engineering practices<br />
and regulation within the stipulated time<br />
frame.
SEMESTER<br />
2<br />
2<br />
2<br />
COURSE<br />
AW101<br />
OCCUPATIONAL SAFETY AND HEALTH 1<br />
EC201<br />
FUNDAMENTAL PROGRAMMING<br />
EC202<br />
COMPUTER AIDED DESIGN<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
OCCUPATIONAL SAFETY AND HEALTH 1<br />
is designed to impart understanding of the<br />
basic of safety and health in workplace<br />
setting. This course presents aspects of<br />
occupational safety and health, which are<br />
essential for employees to practise safe and<br />
healthy environment, resulting in less<br />
hazards at the workplace. Emphasis is<br />
placed on the understanding of regulations,<br />
OSH management, accident prevention and<br />
occupational First-Aid methods.<br />
Credit(s): 1<br />
Prerequisite(s): None<br />
FUNDAMENTAL PROGRAMMING course<br />
provides an introduction to programme<br />
design and development. Students will learn<br />
to design, code, debug, test and document<br />
well-structured programs based on technical<br />
and engineering problem. Topic covered:<br />
software development principal,<br />
programming language basics, data types,<br />
input and output operations, the use of<br />
selections, loops, arrays and functions<br />
structure.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
COMPUTER AIDED DESIGN provides<br />
knowledge and exposure on the usage of<br />
AutoCAD software. The course focuses on<br />
the application of the software to produce<br />
drawings of graphics, electrical / electronic<br />
component symbols, circuit schematics and<br />
electrical wiring layout diagram. The skills<br />
acquired from this course will also equip<br />
students with the ability to learn and use<br />
other similar software.<br />
Credit(s): 1<br />
Prerequisite(s): None<br />
1. Describe the OSH regulations and<br />
compliance and how it will create safe<br />
working environment.<br />
2. Identify hazards, risks and safe work<br />
practices in order to maintain healthy<br />
and safe work environment.<br />
3. Perform communication skills in a team<br />
to respond for an accident action at<br />
workplace.<br />
1. Explain various programming problem<br />
using design tools.<br />
2. Apply knowledge of basic concepts of<br />
fundamental programming to solving a<br />
given problem correctly.<br />
3. Use an appropriate data type for a<br />
particular solution.<br />
4. Use a high level programming language<br />
in solving variety engineering and<br />
scientific problems.<br />
5. Demonstrate problem solving skills in<br />
assigned project based on<br />
programming.<br />
1. Describe computer aided design<br />
concept, applications and capabilities in<br />
electrical engineering environment.<br />
2. Use skilfully the draw and edit<br />
commands and the various data input<br />
techniques in generating simple and<br />
complex technical drawings.<br />
3. Draw and produce with precision the<br />
symbol graphics, electronic circuits’<br />
schematics and electrical wiring layout<br />
diagrams faster and neat.
SEMESTER<br />
2<br />
2<br />
2<br />
COURSE<br />
EE201<br />
SEMICONDUCTOR DEVICES<br />
EE202<br />
DIGITAL ELECTRONICS<br />
ET201<br />
ELECTRICAL CIRCUITS<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
SEMICONDUCTOR DEVICES is an<br />
introduction to the basic electronic theories<br />
and devices. The course covers the<br />
fundamentals of electronic devices which<br />
includes diodes, bipolar junction transistors<br />
and field effect transistors. The content<br />
encompasses devices structure to biasing<br />
basic applications.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
DIGITAL ELECTRONICS introduces the<br />
theories on the basic of digital systems. This<br />
course emphasizes on the digital system<br />
fundamentals and applications. This course<br />
mainly covers number systems, code<br />
systems, logic gates, Boolean operations,<br />
combinational circuits, flip-flops, counters<br />
and registers.<br />
Credit(s): 3<br />
Prerequisite(s): None<br />
ELECTRICAL CIRCUITS designed to<br />
provide students with the knowledge of<br />
electrical circuits. It emphasizes the<br />
principles of an alternating current AC<br />
waveform, complex number and sinusoidal<br />
steady-state circuit analysis. This course<br />
also covers the applications of three phase<br />
system and operation of various types of<br />
transformers.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
ET101 - Electrical Technology<br />
1. Describe illustratively the theoretical<br />
characteristics and electrical properties<br />
of semiconductors.<br />
2. Explain the applications of<br />
semiconductor devices using the<br />
schematic diagrams.<br />
3. Conduct the construction of<br />
semiconductor devices application<br />
circuits based on schematic diagrams.<br />
1. Illustrate the knowledge of digital<br />
number systems, codes and logic<br />
operations correctly.<br />
2. Simplify and design combinational and<br />
sequential logic circuits by using the<br />
Boolean algebra and the Karnaugh<br />
Maps.<br />
3. Draw logic diagrams, truth tables and<br />
timing diagrams for all common flipflops<br />
and use these to implement<br />
sequential logic circuits correctly.<br />
1. Explain AC circuit concept and their<br />
analyses using AC circuit law.<br />
2. Apply the knowledge of AC circuit in<br />
solving problem related to AC electrical<br />
circuit.<br />
3. Use appropriate components and<br />
measuring equipment to perform<br />
related AC electrical network laboratory<br />
exercises.<br />
4. Demonstrate team working efficiently<br />
while doing practical work.
SEMESTER<br />
3<br />
3<br />
3<br />
COURSE<br />
AS101<br />
SOFT SKILLS<br />
EC301<br />
COMPUTER NETWORKING<br />
FUNDAMENTALS<br />
EC302<br />
ELECTRONIC COMPUTER AIDED DESIGN<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
SOFT SKILLS provides exposure and<br />
experience for personality development,<br />
communication skills, management,<br />
leadership, writing and appreciation of<br />
professional ethics. This course develops<br />
proactive spirit and attitude in students thus<br />
giving confidence to become excellent and<br />
charismatic individuals.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
COMPUTER NETWORK FUNDAMENTALS<br />
course introduces students to the concepts<br />
and principles of data transmission and<br />
computer networks. This course enables<br />
students to correctly use standard<br />
terminology in describing the main Local<br />
Area Network (LAN) topologies, hardware<br />
and software components used in<br />
networking. This course provides students<br />
with the knowledge and skills to build a<br />
network infrastructure using copper cabling,<br />
fibre optic cable, and wireless devices.<br />
Students also learn to troubleshoot and<br />
secure the network.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTRONIC COMPUTER AIDED<br />
DESIGN covers the general introduction to<br />
the basic concept and fundamentals of<br />
electronic simulation and the applications of<br />
electronic packages for electronic circuit<br />
simulation at the circuit level and the logic<br />
level. Attention is also given to the concept<br />
of simulation for analogue, digital logic and<br />
mixed-signal circuits using various types of<br />
simulation analyses using an electronic<br />
simulation package such as Protel / Altium<br />
Designer, ORCAD, PSpice, or Electronic<br />
Workbench.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Use effective communication skills in<br />
various verbal and non-verbal forms of<br />
communication at the workplace.<br />
2. Practice leadership skills and<br />
management skills in conducting a<br />
group project.<br />
3. Differentiate the types of formal letters<br />
and reports correctly.<br />
1. Explain the hardware and network<br />
devices to build Local Area Network<br />
(LAN) for a specific implementation.<br />
2. Apply networking connection using<br />
straight-through or crossover UTP<br />
cables complying with TIA/EIA-568-B<br />
wiring standard.<br />
3. Select addressing scheme of TCP/IP in<br />
Local Area Network (LAN) properly<br />
using network configuration tool.<br />
4. Create a simple network connection<br />
using Wireless Local Area Network<br />
(WLAN) in accordance to IEEE 802.11<br />
protocols.<br />
5. Adhere to norm practice of professional<br />
bodies such as IEE E or TIA/EIA-568-B<br />
during practical work session.<br />
1. Describe the concept of electronic<br />
circuit simulation and the applications of<br />
electronic simulation packages.<br />
2. Apply various types of analyses and<br />
tools provided in the simulation<br />
package and analyse the simulation<br />
results to ascertain its compliance to<br />
the electronic circuit theory.<br />
3. Draw the various analogue, digital and<br />
mixed-signal circuit schematics and<br />
simulate the circuits using a particular<br />
simulation package.
SEMESTER<br />
3<br />
3<br />
3<br />
COURSE<br />
EC303<br />
COMPUTER ARCHITECTURE AND<br />
ORGANIZATION<br />
EC304<br />
MICROPROCESSOR FUNDAMENTAL<br />
EE301<br />
ELECTRONIC CIRCUITS<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
COMPUTER ARCHITECTURE AND<br />
ORGANIZATION course introduces<br />
students to the concepts and principles of<br />
computer hardware operation and<br />
computer’s component logic design. This<br />
course enables students to correctly design<br />
typical logic computer, connection between<br />
computer components and use PLD<br />
technologies to implement their logic circuit.<br />
This course provides students with the<br />
knowledge and skills to design basic logic<br />
circuit that is use in computer hardware<br />
system.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
MICROPROCESSOR FUNDAMENTAL<br />
covers the basic concepts and application of<br />
microprocessor-based systems. Students<br />
will learn the fundamental concepts and<br />
techniques for designing and programming<br />
microprocessor-based systems.<br />
Microprocessor architecture, assembly<br />
language and fundamentals of interfacing<br />
will be discussed during the course of study.<br />
This course also provides the skills to design<br />
memory systems using address decoder.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
EE202 - Digital Electronics<br />
ELECTRONIC CIRCUITS emphasizes the<br />
concept of electronic devices applications.<br />
The course covers the fundamental<br />
electronic circuit applications which include<br />
power supply unit, filters and operational<br />
amplifier, timer, oscillator, and AD/DA<br />
converters. The contents cover circuit<br />
configurations, operations and applications.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Describe the Von Neumann<br />
architecture and organization structure<br />
of a basic computer and the behaviour<br />
of various functional modules using<br />
block diagram.<br />
2. Explain correctly arithmetic logic<br />
operation and memory organization in a<br />
standard computer.<br />
3. Apply the interfacing circuit between<br />
peripherals in computer architecture<br />
using logic circuits.<br />
4. Construct arithmetic logic operation and<br />
interfacing circuit into the digital circuit<br />
using logic gates and flip-flops.<br />
5. Collaborate in a group to use<br />
Programmable Logic Devices (PLD) in<br />
simulating and implementing logic<br />
computer design based on schematic<br />
entry.<br />
1. Explain the concept of a 68000/8086<br />
microprocessor, the organization of the<br />
internal register and the memory, and<br />
the configuration of microprocessorbased<br />
system.<br />
2. Design the address decoder to facilitate<br />
memory expansion for the memory<br />
system by calculating the memory map.<br />
3. Write assembly language program to<br />
perform a particular task.<br />
4. Perform interfacing for a<br />
microprocessor-based system to<br />
external peripherals using PPI<br />
8255/PIA 6821 chip.<br />
1. Explain correctly the principles of<br />
electronic circuits by using block<br />
diagram or circuit schematic.<br />
2. Conduct the construction of electronic<br />
circuits application during practical<br />
works based on the theory and principle<br />
operation of the circuits.<br />
3. Deliver an oral presentation to display<br />
good communication skills.
SEMESTER<br />
4<br />
5<br />
5<br />
COURSE<br />
AT401<br />
INDUSTRIAL TRAINING<br />
EC501<br />
EMBEDDED SYSTEM APPLICATIONS<br />
EC502<br />
VISUAL BASIC PROGRAMMING<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
INDUSTRIAL TRAINING exposes students<br />
to related workplace competencies<br />
demanded by industries. This course<br />
provides exposure to students in terms of<br />
technology literacy, effective<br />
communication, practice social skills and<br />
teamwork, policies, procedures and<br />
regulations, professional ethics and<br />
reporting. It also equips students with real<br />
work experience, thus helping students to<br />
perform as novice workers.<br />
Credit(s): 10<br />
Prerequisite(s):<br />
AS101 - Soft Skills<br />
EMBEDDED SYSTEM APPLICATIONS<br />
covers the basic concept and application of<br />
microcontroller system based on Peripheral<br />
Interface Controller (PIC) microcontroller.<br />
Students will learn software and hardware<br />
development on microcontroller<br />
development system and understand how to<br />
do interfacing with external devices using<br />
suitable internal chip features. Students will<br />
be also exposed to the new Microcontroller<br />
Unit (MCU) simulation software.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
VISUAL BASIC PROGRAMMING introduces<br />
students to event-driven programming using<br />
Microsoft Visual Basic. This course covers<br />
designing an application in Windows<br />
environment, creating forms, compiling an<br />
application, interacting with databases, error<br />
checking and debugging, and testing of the<br />
application.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Apply related knowledge and skills at<br />
the workplace.<br />
2. Communicate effectively with others.<br />
3. Practice teamwork.<br />
4. Professionally and ethically comply with<br />
policies, procedures and rules of the<br />
organization.<br />
5. Explain the tasks assigned (during the<br />
industrial training) according to the<br />
prescribed format.<br />
1. Apply suitable software and hardware<br />
development on PIC microcontroller<br />
system to interface with external<br />
devices using suitable internal chip<br />
features.<br />
2. Perform real-time embedded system<br />
application base on PIC microcontroller<br />
effectively.<br />
3. Demonstrate problem solving skill<br />
based on an assigned project task<br />
correctly.<br />
1. Apply knowledge of basic concepts of<br />
Visual Basic Programming to develop a<br />
standalone application programmes.<br />
2. Analyse, design and develop an<br />
application and interfacing programmes<br />
according to the standard procedure of<br />
Visual Basic Programming.<br />
3. Perform visual basic application and<br />
errors solving using debugging and<br />
error trapping techniques within a<br />
stipulated time frame based on given<br />
tasks.<br />
4. Demonstrate problem solving skill<br />
based on an assigned project task<br />
correctly.
SEMESTER<br />
5<br />
5<br />
COURSE<br />
EC503<br />
OPERATING SYSTEM<br />
EE501<br />
PROJECT 1<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
OPERATING SYSTEM course introduces<br />
the fundamentals of operating systems.<br />
Topics included are inter-process<br />
communication, process scheduling,<br />
deadlock, memory management, virtual<br />
memory and file system. Formal principles<br />
are illustrated with examples and case<br />
studies of one or more contemporary<br />
operating system. `The course shall enable<br />
students to develop skills to install and<br />
configure a server using Microsoft Windows<br />
network operating system and Open Source<br />
network operating system.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
PROJECT 1 provides knowledge regarding<br />
the implementation and development<br />
methods of a project based on tools or<br />
software or a combination of tools and<br />
software. This course provides exposure to<br />
the selection and early planning of a project,<br />
techniques to develop project, application of<br />
computer aided design as well as methods<br />
of preparing and presenting project.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Analyse the step process performed by<br />
operating system based on<br />
management of memory, resource and<br />
file to ensure the computer system<br />
operates at optimum performance.<br />
2. Install and configure correctly<br />
workstation and domain server using<br />
MS Windows server or Open Source<br />
server operating system.<br />
3. Demonstrate good communication skill<br />
in oral presentation and answer<br />
question with confidence on an<br />
assigned group practical work inclusive<br />
of a report within a stipulated time<br />
frame.<br />
1. Conduct research in order to make<br />
improvements on a chosen project<br />
whether the project is on the hardware,<br />
the software or hardware-software<br />
interface and submit a proposal.<br />
2. Plan project for the chosen category in<br />
a Gantt chart form and deliver a<br />
presentation with a written final<br />
proposal within a given time frame.<br />
3. Carry out project construction<br />
procedures (hardware project) or<br />
produce flow-chart and draft algorithm<br />
for system programme (software<br />
project) systematically. (P4)<br />
4. Demonstrate continuous learning and<br />
information management skill while<br />
engaging in independent acquisition of<br />
new knowledge and skill to develop the<br />
chosen project.
SEMESTER<br />
5<br />
6<br />
6<br />
COURSE<br />
EP301<br />
COMMUNICATION SYSTEM FUNDAMENTALS<br />
EC601<br />
DATABASE SYSTEM<br />
EC602<br />
COMPUTER SYSTEM DIAGNOSIS<br />
AND MAINTENANCE<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
COMMUNICATION SYSTEM<br />
FUNDAMENTALS introduces students to<br />
the basic concepts of communication<br />
system and to expand their knowledge<br />
regarding the elements involve in<br />
communication system. This course covers<br />
the principles of telecommunications,<br />
national network hierarchy, analogue and<br />
digital modulation techniques. It also covers<br />
SDH, PDH, multiplexing and transmission<br />
medium.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
DATABASE SYSTEM course offers a<br />
comprehensive coverage of basic concept<br />
and application of data manipulation.<br />
Student will learn the fundamental concepts<br />
and techniques for designing and<br />
developing database and manipulating data<br />
using Structured Query Language (SQL).<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
COMPUTER SYSTEM DIAGNOSIS AND<br />
MAINTENANCE course provides knowledge<br />
on the general concept of computer system<br />
diagnosis and maintenance. Students are<br />
exposed to computer system hardware,<br />
laptop system, computer peripherals and<br />
security. The course focuses on the<br />
methods of operation, installation,<br />
diagnostic, troubleshooting, and<br />
maintenance in computer hardware.<br />
Credit(s): 3<br />
Prerequisite(s): None<br />
1. Explain clearly the basic elements of<br />
communication system.<br />
2. Describe clearly the various modulation<br />
techniques and the medium involved in<br />
electronic communications.<br />
3. Handle systematically the related<br />
communication equipment in<br />
performing the assigned practical work.<br />
4. Display team work skill while doing any<br />
practical work.<br />
1. Explain the basic concepts of database<br />
model using entity-relationship diagram<br />
and translating completed data models<br />
by applying normalization technique in<br />
logical database designs.<br />
2. Apply Structured Query Language<br />
(SQL) for database manipulation using<br />
a database management system in<br />
practical works inclusive of a report<br />
within stipulated time frame.<br />
3. Demonstrate problem solving skill in<br />
developing new database applications<br />
based on an assigned problem.<br />
1. Explain the fundamental components<br />
and security system of personal<br />
computer, laptop and computer<br />
peripherals using appropriate<br />
troubleshooting techniques and<br />
diagnostic procedures.<br />
2. Perform correctly preventive<br />
maintenance, installation, configuration,<br />
optimization and upgrade on personal<br />
computer, laptop, computer peripherals<br />
and security system.<br />
3. Demonstrate problem solving and<br />
leadership skills in performing<br />
troubleshooting and computer<br />
maintenance skilfully using proper<br />
troubleshooting procedure in a team.
SEMESTER<br />
6<br />
6<br />
COURSE<br />
EE601<br />
PROJECT 2<br />
EE603<br />
CMOS INTEGRATED CIRCUIT<br />
DESIGN<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
PROJECT 2 is the continuation of EE501<br />
PROJECT 1 course. The course focuses on<br />
methods of circuit construction, testing,<br />
troubleshooting, debugging, repair and also<br />
completion of the project which was planned<br />
during the previous semester. This course<br />
also requires students to prepare a project<br />
report in a given format and deliver a project<br />
presentation at the end of the semester.<br />
Credit(s): 2<br />
Prerequisite(s):<br />
EE501 - Project 1<br />
CMOS INTEGRATED CIRCUIT DESIGN<br />
course exposes the students to the basic<br />
principles of CMOS integrated circuit design,<br />
with comprehensive overview of the<br />
MOSFET transistor theory. Furthermore, the<br />
students will be equipped with the<br />
knowledge to design nucleus of digital<br />
design, the inverter, and designing simple to<br />
complex digital CMOS gates. Finally, the<br />
students will experience developing the<br />
physical layout of an integrated circuit using<br />
CAD tools complying with specific design<br />
rules.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Conduct circuit testing, troubleshooting<br />
and repair based on electrical circuit<br />
fault finding and operation theory<br />
(hardware project) or test run, debug<br />
and execute system programme<br />
(software project).<br />
2. Design project prototype (hardware<br />
project) with suitable and attractive<br />
casing or system programme (software<br />
project) with user interface.<br />
3. Deliver an oral presentation of the<br />
project confidently, in group or<br />
individually, inclusive of a final report<br />
written in a standard format with the<br />
necessary technical data referred to<br />
during project implementation.<br />
4. Demonstrate continuous learning and<br />
information management skill while<br />
engaging in independent acquisition of<br />
new knowledge and skill to develop the<br />
project.<br />
1. Explain correctly the basic principles of<br />
integrated circuit design, design<br />
metrics, design methodology and<br />
design hierarchy of CMOS IC design.<br />
2. Explain clearly the operation theory and<br />
transistor characteristics of MOS and<br />
CMOS transistors.<br />
3. Construct the basic logic gates using<br />
static and dynamic CMOS techniques.<br />
4. Draw the layout design of a CMOS<br />
circuit using layout design software<br />
based on specific CMOS layout design<br />
rules.<br />
5. Perform communication skill through<br />
oral presentation on a given topic.
SEMESTER<br />
6<br />
5<br />
5<br />
COURSE<br />
PB201<br />
ENTREPRENEURSHIP<br />
EC504<br />
INTERACTIVE MUTIMEDIA<br />
APPLICATIONS<br />
EE503<br />
IC FABRICATION AND PACKAGING<br />
TECHNOLOGY<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
ENTREPRENEURSHIP focuses the<br />
principles and concept of entrepreneurship.<br />
This course concentrates on the systematic<br />
methods of getting business ideas. This<br />
course also prepares the students on ways<br />
to conduct and control the business<br />
including fundamental of management,<br />
marketing and financing. It also emphasizes<br />
on the preparation of business plan, thus<br />
developing their entrepreneurial skills.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
ELECTIVE<br />
INTERACTIVE MULTIMEDIA<br />
APPLICATIONS exposes students to the<br />
concepts and relationship between media.<br />
This course emphasizes and practices text,<br />
image and graphic processing, video, audio<br />
and animation to produce a multimedia<br />
presentation that prioritizes quality aspects.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
IC FABRICATION AND PACKAGING<br />
TECHNOLOGY course exposes the<br />
students to the basic integrated circuit (IC)<br />
fabrication processes. IC testing, yield and<br />
reliability are also introduced to the students.<br />
This course also covers IC packaging as<br />
well as Micro-Electromechanical System<br />
(MEMS) devices.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Explain clearly the concept of<br />
entrepreneurship, business ownership<br />
and procedures in setting up a business<br />
in case study given.<br />
2. Work cooperatively in group to<br />
complete the assigned project based on<br />
entrepreneurial skills.<br />
3. Present business plan creatively<br />
prepared using knowledge gained via<br />
group.<br />
1. Explain basic concepts of multimedia to<br />
develop a multimedia interactive<br />
application.<br />
2. Apply appropriate interactive<br />
application software to develop a<br />
multimedia interactive presentation.<br />
3. Develop multimedia interactive<br />
presentation materials for technical field<br />
in a creative way.<br />
4. Produce an end product of multimedia<br />
interactive presentation in CD, DVD or<br />
other media forms.<br />
5. Demonstrate problem solving skills in<br />
assigned project based on multimedia<br />
interactive application.<br />
1. Describe clearly the integrated circuit<br />
technology evolution and Micro-<br />
Electromechanical System (MEMS)<br />
concept.<br />
2. Explain the integrated circuit fabrication<br />
process, testing and packaging<br />
technology conventionally used in<br />
semiconductor industry at present.<br />
3. Perform team working skill through a<br />
group presentation on a given topic.
SEMESTER<br />
5<br />
6<br />
6<br />
COURSE<br />
EJ501<br />
PROGRAMMABLE LOGIC<br />
CONTROLLER (PLC) AND AUTOMATION<br />
EC603<br />
EMBEDDED ROBOTIC<br />
EE604<br />
CMOS VLSI LAYOUT DESIGN<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
PROGRAMMABLE LOGIC CONTROLLER<br />
(PLC) AND AUTOMATION provides<br />
knowledge regarding the concept and<br />
principle of automation system as well as<br />
PLC. This course emphasizes the<br />
relationship between relay ladder<br />
logic/hardwired and PLC, application of<br />
industrial sensors and actuators through the<br />
PLC, design process, programming and<br />
maintenance method. This course also<br />
provides knowledge and skills in designing<br />
of automation system based on the<br />
applications of PLC.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
EMBEDDED ROBOTIC course presents the<br />
combination of mobile robots and embedded<br />
systems, from introductory to intermediate<br />
level. It is structured in three parts, dealing<br />
with embedded systems, mobile robot, and<br />
mobile robot applications. These parts are<br />
essential to students in mastering the crucial<br />
steps of building a complete working robotic<br />
system. It will help them to develop robots<br />
that not only can move, but intelligent as<br />
well.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
CMOS VLSI LAYOUT DESIGN course<br />
introduces the student to the design of<br />
CMOSVLSI layout. The contents include the<br />
knowledge of integrated circuit fabrication<br />
process, layout quality, hierarchy concept,<br />
auto place and route, electronic discharge,<br />
full chip integration and tape out.<br />
Credit(s): 2<br />
Prerequisite(s): None<br />
1. Explain clearly blocks, parts,<br />
components and instructions found in<br />
the automation systems.<br />
2. Construct simple automation sequential<br />
control of hardwired or PLC system<br />
based on IEC 61131 and NEMA<br />
standards.<br />
3. Handle the troubleshooting and<br />
maintenance of hardwired or PLC<br />
automation systems using appropriate<br />
equipment.<br />
4. Demonstrate problem solving skill while<br />
handling the hardwired or PLC<br />
automation systems based on IEC and<br />
NEMA standards.<br />
1. Explain clearly the concept and<br />
fundamentals of mobile robotic,<br />
embedded controller, application of<br />
sensors and actuators and robot driving<br />
methods in mobile robot design.<br />
2. Use the concept of positioning,<br />
identification, communication and<br />
application of sensors and actuators in<br />
mobile robot design during practical<br />
work.<br />
3. Demonstrate good communication skill<br />
in oral presentation and answer<br />
question with confidence for an<br />
assigned project within a stipulated<br />
timeframe.<br />
1. Explain correctly fundamentals of digital<br />
CMOS VLSI design from the transistor<br />
up to the system level based on bottom<br />
up design methodology.<br />
2. Apply layout design rules and<br />
fabrication process to a CMOS VLSI<br />
Layout design.<br />
3. Describe clearly a good layout quality<br />
and hierarchy concept of CMOS layout.<br />
4. Create and simulate a CMOS layout<br />
design using layout analysis tool<br />
software.<br />
5. Demonstrate problem solving skills and<br />
team working in assigned group project<br />
based on layout design.
6.5.6 PROGRAMME STRUCTURE<br />
Code Course L P T C Code Course L P T C<br />
SEMESTER 1 SEMESTER 2<br />
AA101 Islamic Education 1 2 1 0 2 AA201 Islamic Education 1 2 1 0 2<br />
AA102 Moral Education 1 2 1 0 2 AA202 Moral Education 1 2 1 0 2<br />
AE101 Communicative English 1 0 4 0 2 AR201 Co-Curriculum 2 0 2 0 1<br />
AR101 Co-Curriculum 1 0 2 0 1 AW101<br />
BA101<br />
Engineering Mathematics<br />
1<br />
2 1 0 2 BA201<br />
BB101 Engineering Science 2 1 0 2 EC201<br />
Occupational Safety and<br />
Health 1<br />
Engineering Mathematics<br />
2<br />
Fundamental<br />
Programming<br />
1 0 1 1<br />
2 0 1 2<br />
1 3 0 2<br />
BC101 Computer Application 0 2 0 1 EC202 Computer Aided Design 0 2 0 1<br />
EE101 Measurement 2 2 0 2 EE201 Semiconductor Devices 2 2 0 2<br />
ET101 Electrical Technology 2 2 0 2 EE202 Digital Electronics 0 2 0 1<br />
ET102 Electrical Wiring 1 3 0 2 ET201 Electrical Circuits 2 2 0 2<br />
TOTAL 11 18 0 16 TOTAL 13 14 2 16<br />
SEMESTER 3 SEMESTER 4<br />
AE301 Communicative English 2 1 2 0 2 AT401 Industrial Training 10<br />
AS101 Soft Skills 1 2 0 2<br />
BA301<br />
EC301<br />
EC302<br />
EC303<br />
EC304<br />
Engineering Mathematics<br />
3<br />
Computer Networking<br />
Fundamentals<br />
Electronic Computer<br />
Aided Design<br />
Computer Architecture<br />
and Organisation<br />
Microprocessor<br />
Fundamental<br />
2 0 1 2<br />
2 2 0 2<br />
0 3 0 2<br />
2 2 0 2<br />
2 2 0 2<br />
EE301 Electronic Circuits 2 2 0 2<br />
TOTAL 12 15 1 16<br />
SEMESTER 5 SEMESTER 6<br />
AE501 Communicative English 3 1 2 0 2 AA301 Islamic Civilisation 2 0 1 2<br />
BA501<br />
Engineering Mathematics<br />
4<br />
2 0 1 2 BA601<br />
Engineering Mathematics<br />
5<br />
2 0 1 2
Code Course L P T C Code Course L P T C<br />
EC501<br />
Embedded Systems<br />
Applications<br />
EC502 Visual Basic Programming 1 3 0 2 EC602<br />
1 3 0 2 EC601 Database System 2 2 0 2<br />
Computer System<br />
Diagnosis & Maintenance<br />
2 3 0 3<br />
EC503 Operating Systems 2 2 0 2 EE601 Project 2 1 2 0 2<br />
EE501 Project 1 1 2 0 2 EE603<br />
EP301<br />
EC504<br />
EE503<br />
EJ501<br />
Communication System<br />
Fundamentals<br />
CMOS Integrated Circuit<br />
Design<br />
2 2 0 2<br />
2 2 0 2 PB201 Entrepreneurship 2 0 1 2<br />
SEMESTER 5 ELECTIVE ** SEMESTER 6 ELECTIVE **<br />
Interactive Multimedia<br />
Applications<br />
IC Fabrication and<br />
Packaging Technology<br />
Programmable Logic<br />
Control and Automation<br />
1 2 0 2 EC603 Embedded Robotic 1 3 0 2<br />
2 0 1 2 EE604<br />
2 2 0 2<br />
CMOS VLSI Layout<br />
Design<br />
2 2 0 2<br />
TOTAL 12 16 1 16 TOTAL 15 11 3 17<br />
** Students can select any of the elective courses that are offered by the department. Students are required<br />
to take a minimum of four credits of elective course.<br />
Legend:<br />
L - Lecture<br />
P - Practical<br />
T - Tutorial<br />
C - Credit Hour<br />
6.5.7 MATRIX OF PROGRAMME ASSESSMENT<br />
Code & Course<br />
AW101: Occupational Safety &<br />
Health 1<br />
Quiz Theory Test Practical Test<br />
Practical<br />
Work/ Tutorial<br />
Exercise<br />
Other<br />
Assessment<br />
Qty. % Qty. % Qty. % Qty. % Qty. % %<br />
2 10% 1 30% - - - - 2 60% -<br />
AS101: Soft Skills - - 1 20% - - - - 4 80% -<br />
EE101: Measurement 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
ET101: Electrical Technology 4 20% 1 10% 1 10% 6 50% 2 10% 100%<br />
ET102: Electrical Wiring 4 20% 1 10% 1 10% 4 50% 1 10% -<br />
EC201: Fundamental<br />
Programming<br />
4 10% 1 20% 1 10% 6 50% 2 10% -<br />
EC202: Computer Aided Design - - - - 1 40% 6 30% 6 30% -<br />
Final<br />
Exam<br />
EE201: Semiconductor Devices 4 10% 1 20% 1 10% 6 50% 2 10% 100%
Code & Course<br />
Quiz Theory Test Practical Test<br />
Practical<br />
Work/ Tutorial<br />
Exercise<br />
Other<br />
Assessment<br />
Qty. % Qty. % Qty. % Qty. % Qty. % %<br />
EE202: Electrical Circuits 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
ET201: Electrical Circuits 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
EC301: Computer Networking<br />
Fundamentals<br />
EC302: Electronic Computer<br />
Aided Design<br />
EC303: Computer Architecture<br />
and Organization<br />
EC304: Microprocessor<br />
Fundamental<br />
Final<br />
Exam<br />
4 20% 1 20% - - 6 50% 1 10% 100%<br />
- - - - 2 40% 6 30% 6 30% -<br />
4 20% 1 20% - - 6 50% 3 10% 100%<br />
4 20% 1 20% - - 6 50% 1 10% 100%<br />
EE301: Electronic Circuits 4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
EP301: Communication System<br />
Fundamentals<br />
EC501: Embedded System<br />
Applications<br />
4 20% 1 20% - - 6 50% 2 10% 100%<br />
4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
EC502: Visual Basic Programming 4 20% 1 20% - - 6 50% 1 10% -<br />
EC503: Operating System 4 20% 1 20% - - 6 50% 2 10% 100%<br />
EC504: Interactive Multimedia<br />
Applications<br />
EE503: IC Fabrication and<br />
Packaging Technology<br />
EJ501: Programmable Logic<br />
Controller (PLC) and Automation<br />
4 20% 1 20% - - 6 50% 1 10% -<br />
5 30% 1 30% - - - - 4 40% 100%<br />
4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
EC601: Database System 4 10% 1 20% - - 6 50% 1 10% 100%<br />
EC602: Computer System<br />
Diagnosis and Maintenance<br />
4 10% 1 20% - - 6 50% 2 10% 100%<br />
EC603: Embedded Robotic 4 10% 1 20% 1 10% 6 50% 2 10% -<br />
EE603: CMOS Integrated Circuit<br />
Design<br />
EE604: CMOS VLSI Layout<br />
Design<br />
4 20% 1 20% - - 6 50% 2 10% 100%<br />
4 10% 1 20% 1 10% 6 50% 2 10% 100%<br />
PB201: Entrepreneurship 4 20% 2 30% - - - - 4 50% -
6.6 PHYSICAL FACILITIES AT ELECTRICAL ENGINEERING DEPARTMENT<br />
6.6.1 CLASSROOMS<br />
# Rooms Function<br />
1 MO/O/BK1<br />
2 MO/O/BK2<br />
3 MO/O/BK3<br />
4 MO/O/BK4<br />
5 MO/O/BK5<br />
6 MO/O/BK6<br />
7 MO/1/BK1<br />
8 MO/1/BK2<br />
9 MO/1/BK3<br />
10 MO/1/BK4<br />
11 MO/2/BK1<br />
12 MO/2/BK2<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Capacity<br />
(Students)<br />
50<br />
50<br />
50<br />
50<br />
50<br />
Featured Equipment<br />
Types & Specifications No.<br />
OHP<br />
LCD Projector<br />
White Screen Projector<br />
White board 8x4 ft 2<br />
OHP<br />
LCD Projector<br />
White Screen Projector<br />
White board 8x4 ft 2<br />
White Screen Projector<br />
White board 8x4 ft 2<br />
White Screen Projector<br />
White board 8x4 ft 2<br />
White Screen Projector<br />
White board 8x4 ft 2<br />
Used by Field<br />
courses<br />
1 DEP / DTK / DET<br />
1 DEP / DTK / DET<br />
1 DEP / DTK / DET<br />
1 DEP / DTK / DET<br />
1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50<br />
50<br />
Motorized Projector Screen<br />
White board 8x4 ft 2<br />
Motorized Projector Screen<br />
White board 8x4 ft 2<br />
1 DEP / DTK / DET<br />
1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50<br />
Motorized Projector Screen<br />
White board 8x4 ft 2<br />
1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET
# Rooms Function<br />
13 MO/2/BK3<br />
14 MO/2/BK4<br />
15 MO/2/BK5<br />
16 MO/3/BK1<br />
17 MO/3/BK2<br />
18 MO/3/BK3<br />
19 MO/3/BK4<br />
20 MO/3/BK5<br />
21 MO/4/BK1<br />
22 MO/4/BK2<br />
23 MO/4/BK3<br />
24 MO/4/BK4<br />
25 MO/4/BK5<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Lecture/<br />
Tutorial<br />
Capacity<br />
(Students)<br />
Featured Equipment<br />
Types & Specifications No.<br />
Used by Field<br />
courses<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET<br />
50 White board 8x4 ft 2 1 DEP / DTK / DET
6.6.2 LABORATORIES<br />
# Laboratory Facilities<br />
1 Computer Repair (ECR)<br />
2 Computer Aided Design (E-CAD)<br />
3 Computer Programming 1 (ECP 1)<br />
4 Computer Programming 2 (ECP 2)<br />
5 Computer Programming 3 (ECP 3)<br />
6 Computer Hardware 1 (ECH 1)<br />
7 Computer Hardware 2 (ECH 2)<br />
8 Data Communication (EDC)<br />
9<br />
10<br />
Electrical Principle & Technology (EPT<br />
1)<br />
Electrical Principle & Technology 2 (EPT<br />
2)<br />
11 Electronic Repair 1 (EER 1)<br />
12 Electronic Repair 2 (EER 2)<br />
13 Electronic 1 (EEL 1)<br />
14 Electronic 2 (EEL 2)<br />
Workbench, OHP, stools, computers, printer, trainers<br />
and laboratory equipments<br />
Multimedia projector, computers, laser printer, color<br />
plotter, computer workstations and chairs<br />
Computer workstations, multimedia projector, chairs,<br />
PA system and computers<br />
Computer workstations, scanner, laser printer,<br />
multimedia projector, chairs, PA system and<br />
computers<br />
Computer workstations, laser printer, multimedia<br />
projector, chairs, PA system and computers<br />
Workbench, OHP, stools, computers,<br />
microprocessor trainers and laboratory equipments<br />
Workbench, OHP, stools, computers,<br />
microprocessor & PLC trainers and laboratory<br />
equipments<br />
Workbench, stools, data communication trainers and<br />
laboratory equipments<br />
Workbench, stools, basic electricity training kits and<br />
laboratory equipments<br />
Workbench, stools, basic electricity training kits and<br />
laboratory equipments<br />
Workbench, stools, color TV, CD player, video<br />
camera, audio visual trainers and laboratory<br />
equipments<br />
Workbench, stools, digital broadcasting camera<br />
recorder, audio visual trainers and laboratory<br />
equipments<br />
OHP, workbench, stools, electronics training system<br />
and laboratory equipments<br />
OHP, workbench, stools, electronics training system<br />
and laboratory equipments<br />
Computer<br />
Capacity<br />
12<br />
40<br />
40<br />
40<br />
40<br />
20<br />
20<br />
0<br />
0<br />
0<br />
0<br />
0<br />
0<br />
0
# Laboratory Facilities<br />
15 Electrical Machine (BEM)<br />
16 Electrical Installation (BEI)<br />
17 Instrumentation (BIN)<br />
18 Measurement (EME)<br />
19 Project Lab A (BPL A)<br />
20 Power Electronic (BPE)<br />
21 Project Lab B(BPL B)<br />
22 Power System (BPS)<br />
23 Telecommunication (ETC)<br />
24 Hi-Tech Lab ( BHI )<br />
Workbench, stools, electrical machine trainers and<br />
laboratory equipments<br />
Workbench, stools, wiring bay, rostrum integrated<br />
PA system and laboratory equipments<br />
Workbench, stools, training kits and laboratory<br />
equipments<br />
Workbench, stools, training kits, trainers and<br />
laboratory equipments<br />
Workbench, stools, PCB making system, photo<br />
etching facility and laboratory equipments<br />
Workbench, stools, trainers and laboratory<br />
equipments<br />
Workbench, stools, photo etching facility and<br />
laboratory equipments<br />
Workbench, stools, three phase transmission line<br />
trainer, robot arm and laboratory equipments<br />
Workbench, stools, telecommunication trainers and<br />
laboratory equipments<br />
Pneumatic & hydraulic trainers and PLC<br />
25 FIRA Lab ( BRO ) Workbench, stools and MIROSOT ROBOT<br />
Computer<br />
Capacity<br />
0<br />
0<br />
0<br />
0<br />
0<br />
0<br />
0<br />
0<br />
0<br />
0<br />
0
6.6.3 OTHER FACILITIES<br />
# Facility Capacity<br />
1 Main Lecture Hall 250<br />
2 Muadzam Shah Hall 1000<br />
3 EED Lecture Hall 130<br />
4 EED Meeting Room 50<br />
5 Electrical Project Presentation Room 50<br />
6.7 HIGHER ACADEMIC PATHWAY<br />
� Advance Diploma Programme<br />
ADVANCE DIPLOMA<br />
ADVANCE DIPLOMA
� Malaysian Technical University Network (MTUN)<br />
UNIVERSITI TUN HUSSEIN ONN MALAYSIA<br />
Timbalan Pendaftar Kanan<br />
Pejabat Pengurusan Akademik, Universiti Tun Hussein Onn Malaysia<br />
86400 Parit Raja, Batu Pahat, Johor<br />
Tel: 07-4537681/ 7655/ 7687/ 7689/ 7694<br />
Fax: 07-4536085<br />
E-mail : pa@uthm.edu.my<br />
Web : www.uthm.edu.my<br />
UNIVERSITI TEKNIKAL MALAYSIA MELAKA<br />
Bahagian Pengurusan Akademik<br />
Universiti Teknikal Malaysia Melaka<br />
Karung Berkunci 1752,Pejabat Pos Durian Tunggal<br />
76109 Durian Tunggal, Melaka<br />
Tel : 06-3316086/ 6078/ 6077/ 6073/ 6076<br />
Fax : 06-3316079<br />
E-mail: bpa@utem.edu.my<br />
Web : www.utem.edu.my<br />
UNIVERSITI MALAYSIA PAHANG<br />
Bahagian Pengurusan Akademik<br />
Kompleks Perkhidmatan Siswa, Universiti Malaysia Pahang<br />
Karung Berkunci 12<br />
25000 Kuantan, Pahang<br />
Tel : 09-549 2550/ 2557<br />
Fax : 09-549 2555<br />
Web : www.ump.edu.my<br />
UNIVERSITI MALAYSIA PERLIS<br />
Pendaftar<br />
Bahagian Pengurusan Akademik, Jabatan Pendaftar<br />
Universiti Malaysia Perlis<br />
No. 34 & 35, Jalan Bukit Lagi<br />
01000 Kangar, Perlis<br />
Tel : 04-9798701/ 8702/ 8706/ 04-9772984/ 04-9798008<br />
Fax : 04-9798703<br />
Email : kemasukan@unimap.edu.my<br />
Web : www.unimap.edu.my
7.1 MATHEMATICS, SCIENCE AND COMPUTER DEPARTMENT (JMSK)<br />
7.1.1 ORGANIZATION CHART<br />
HEAD OF MATHEMATICS<br />
COURSE<br />
Syajaratul Dur Binti Ramli<br />
[DH 44]<br />
ASST. HEAD OF<br />
MATHEMATICSCOURSE<br />
Noor Azimah Binti Abdul<br />
Ghani<br />
LECTURERS<br />
1. Maziah Binti Omar<br />
2. Baharudin Bin Azit<br />
3. Masniza Bt Musa<br />
4. Wan Norsariza Binti<br />
Wan Husin<br />
5. Hasliza Binti Halim<br />
6. Fatin Hamimah Binti<br />
Mohamed Salleh<br />
7. Siti Suhiza Binti Ahmad<br />
8. Faridah Binti Ismail<br />
HEAD OF DEPARTMENT<br />
Syajaratul Dur Binti Ramli<br />
(Acting)<br />
[DH 44]<br />
HEAD OF SCIENCE<br />
COURSE<br />
Sharuddin Bin Hussain<br />
[DH 44]<br />
ASST. HEAD OF<br />
SCIENCECOURSE<br />
Nor Lian Binti Mohd Nordin<br />
LECTURERS<br />
1. Nor Marliana Bt Zakaria<br />
2. Fazaliana Binti Zamzuri<br />
3. Muhamad Zhahir Bin<br />
Mohamad Zulkufli<br />
4. Minarnie Hadzira Binti<br />
Mohamed<br />
5. Nurulain Binti Ahmad<br />
6. Faizatulhaida Binti Md Isa<br />
7. Nang Saruni Binti Nek Ali<br />
8. Noorhafiza Binti Mahmud<br />
9. Noraisyah Binti Alias<br />
10. Nur Elyani Binti Musa<br />
SECRETARY<br />
Sa’amah Binti Hassan<br />
Faizatulhaida binti Md. Isa<br />
HEAD OF COMPUTER<br />
COURSE<br />
Mohd Zamri Bin Hamid<br />
[DH 44]<br />
ASST. HEAD OF<br />
COMPUTERCOURSE<br />
Siti Hajar Binti Md Saad @<br />
Mohd Yusof<br />
LECTURERS<br />
1. Haryani Binti Hamid<br />
2. Muhd Hafizhidayat B<br />
Zainol Abidin<br />
3. Norhayati Binti Ismail<br />
4. Izlin Zuriani Binti Ishak<br />
5. Nur Azlina Bt<br />
Mohamed Mokmin<br />
6. Sa’amah Binti Hassan<br />
7. Siti Mariam Binti Rajab<br />
8. Mohd Azral Bin Fauzi<br />
9. Fatim Fauziani Binti<br />
Hussin
7.1.2 LIST OF LECTURERS<br />
No. Name Designation Contact No. E-mail<br />
1 [Vacant]<br />
2 Mohd Zamri Bin Hamid<br />
3 Syajaratul Dur Binti Ramli<br />
4 Sharuddin Bin Hussain<br />
Head Of<br />
Department<br />
Head Of Course<br />
(Computer)<br />
Head Of Course<br />
(Mathematic)<br />
Head Of Course<br />
(Science)<br />
5 Dr. Khalid Gazi Bin Hj. Ali Lecturer<br />
6<br />
Noor Azimah Binti Abdul<br />
Ghani<br />
Lecturer<br />
7 Nor Lian Binti Mohd Nordin Lecturer<br />
8<br />
Siti Hajar Binti Md Saad @<br />
Mohd Yusof<br />
Lecturer<br />
9 Maziah Binti Omar Lecturer<br />
10 Baharudin Bin Azit Lecturer<br />
11 Masniza Bt Musa Lecturer<br />
12<br />
Wan Norsariza Binti Wan<br />
Husin<br />
Lecturer<br />
13 Hasliza Binti Halim Lecturer<br />
14<br />
Fatin Hamimah Binti Mohamed<br />
Salleh<br />
Lecturer<br />
15 Siti Suhiza Binti Ahmad Lecturer<br />
16 Faridah Binti Ismail Lecturer<br />
17 Nor Marliana Bt Zakaria Lecturer<br />
18 Fazaliana Binti Zamzuri Lecturer<br />
19<br />
20<br />
Muhamad Zhahir Bin<br />
Mohamad Zulkufli<br />
Minarnie Hadzira Binti<br />
Mohamed<br />
Lecturer<br />
Lecturer<br />
21 Nurulain Binti Ahmad Lecturer<br />
22 Faizatulhaida Binti Md Isa Lecturer<br />
23 Nang Saruni Binti Nek Ali Lecturer<br />
24 Noorhafiza Binti Mahmud Lecturer<br />
04-4033333<br />
(2010)<br />
04-4033333<br />
(2340)<br />
04-4033333<br />
(2336)<br />
04-4033333<br />
(2337)<br />
04-4033333<br />
(2010)<br />
04-4033333<br />
(2339)<br />
04-4033333<br />
(2339)<br />
04-4033333<br />
(2339)<br />
04-4033333<br />
(2480)<br />
04-4033333<br />
(2338)<br />
04-4033333<br />
(2480)<br />
04-4033333<br />
(2480)<br />
04-4033333<br />
(2480)<br />
04-4033333<br />
(2381)<br />
04-4033333<br />
(2334)<br />
04-4033333<br />
(2334)<br />
04-4033333<br />
(2334)<br />
04-4033333<br />
(2334)<br />
04-4033333<br />
(2381)<br />
04-4033333<br />
(2381)<br />
04-4033333<br />
(2338)<br />
04-4033333<br />
(2339)<br />
04-4033333<br />
(2338)<br />
04-4033333<br />
(2381)<br />
zamri@ptsb.edu.my<br />
syajaratul@ptsb.edu.my<br />
sharuddin@ptsb.edu.my<br />
khalid_gazi@ptsb.edu.my<br />
azimah@ptsb.edu.my<br />
norlian@ptsb.edu.my<br />
siti_hajar@ptsb.edu.my<br />
maziah@ptsb.edu.my<br />
baha@ptsb.edu.my<br />
masniza@ptsb.edu.my<br />
norsariza@ptsb.edu.my<br />
hasliza_halim@ptsb.edu.m<br />
y<br />
hamimah@ptsb.edu.my<br />
siti_suhiza@ptsb.edu.my<br />
faridah@ptsb.edu.my<br />
normarliana@ptsb.edu.my<br />
fazaliana@ptsb.edu.my<br />
zhahir@ptsb.edu.my<br />
minarnie@ptsb.edu.my<br />
nurulain@ptsb.edu.my<br />
faizatul@ptsb.edu.my<br />
nangsaruni@ptsb.edu.my<br />
noorhafiza@ptsb.edu.my<br />
-
No. Name Designation Contact No. E-mail<br />
25 Noraisyah Binti Alias Lecturer<br />
26 Nur Elyani Binti Musa Lecturer<br />
27 Haryani Binti Hamid Lecturer<br />
28<br />
Muhd Hafizhidayat B Zainol<br />
Abidin<br />
Lecturer<br />
29 Norhayati Binti Ismail Lecturer<br />
30 Izlin Zuriani Binti Ishak Lecturer<br />
31<br />
Nur Azlina Bt Mohamed<br />
Mokmin<br />
Lecturer<br />
32 Sa’amah Binti Hassan Lecturer<br />
33 Siti Mariam Binti Rajab Lecturer<br />
34 Mohd Azral Bin Fauzi Lecturer<br />
35 Fatim Fauziani Binti Hussin Lecturer<br />
36 Hazwani Sikin Binti Abdullah Lab Assistant<br />
7.1.3 COURSE LEARNING OUTCOME<br />
SEMESTER<br />
1<br />
COURSE<br />
BA101<br />
Engineering Mathematics 1<br />
04-4033333<br />
(2381)<br />
04-4033333<br />
(2381)<br />
04-4033333<br />
(2480)<br />
04-4033333<br />
(2334)<br />
04-4033333<br />
(2480)<br />
04-4033333<br />
(2338)<br />
04-4033333<br />
(2334)<br />
04-4033333<br />
(2381)<br />
04-4033333<br />
(2334)<br />
04-4033333<br />
(2381)<br />
04-4033333<br />
(2338)<br />
04-4033333<br />
(2344)<br />
noraisyah_alias@ptsb.edu.<br />
my<br />
elyani@ptsb.edu.my<br />
haryani@ptsb.edu.my<br />
hafizhidayat@ptsb.edu.my<br />
norhayati@ptsb.edu.my<br />
izlin@ptsb.edu.my<br />
nur_azlina@ptsb.edu.my<br />
sa’amah@ptsb.edu.my<br />
sitimariam@ptsb.edu.my<br />
azral@ptsb.edu.my<br />
fatim@ptsb.edu.my<br />
hazwani@ptsb.edu.my<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
ENGINEERING MATHEMATICS 1<br />
exposes students to algebra, standard<br />
form, index and logarithm, geometry and<br />
measurement as well as coordinates<br />
geometry and graph, theoretically and<br />
practically. This course also explains the<br />
basic concept of trigonometry and its<br />
functions in solving problems.<br />
CREDIT (S): 2<br />
PREREQUISITE(S): NONE<br />
1. Identify the basic concept of Basic<br />
Algebra, Standard Form, Index and<br />
Logarithm, Trigonometry, Geometry<br />
and Measurement, and Coordinate<br />
Geometry and Graph. (C1)<br />
2. Apply the concept and suitable method<br />
of Basic Algebra, Standard Form, Index<br />
and Logarithm, Trigonometry,<br />
Geometry and Measurement, and<br />
Coordinate Geometry and Graph. (C3,<br />
P1).<br />
3. Solve the related mathematical<br />
problems by using suitable steps in<br />
Trigonometry, and Geometry and<br />
Measurement. (A2)
SEMESTER<br />
1<br />
1<br />
COURSE<br />
BB101<br />
Engineering Science<br />
BC101<br />
Computer Application<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
ENGINEERING SCIENCE is an applied<br />
science with theoretical concepts and<br />
practical learning sessions that can be<br />
applied in the engineering fields. This<br />
course focuses on the Physical Quantities,<br />
Measurement, Linear Motion, Force, Work,<br />
Energy, Power, Solid, Fluid, Temperature,<br />
Heat and Electricity.<br />
CREDIT (S): 2<br />
PREREQUISITE(S): NONE<br />
COMPUTER APPLICATION provides<br />
knowledge and skills to students relating<br />
to various types of computer systems<br />
and its application especially pertaining<br />
to hardware and software. This course also<br />
exposes students to different packages of<br />
software applications for word processor,<br />
spread sheet, project management,<br />
presentation and internet. The students will<br />
also have opportunity to manipulate and<br />
create a variety of techniques and<br />
styles to produce documents, spread<br />
sheets, charts and presentations. This<br />
course emphasizes on the practical<br />
aspects of using computer applications.<br />
CREDIT ( S ):1<br />
PREREQUISITE(S):NONE<br />
1. Identify the basic concept of physical<br />
quantities, measurement, linear motion,<br />
force, work, energy, power, solid, fluid,<br />
temperature, heat and electricity. (C1)<br />
2. Apply concept of physical quantities,<br />
measurement, linear motion, solid, fluid,<br />
temperature and heat to prove related<br />
physics principles. (C2, P1)<br />
3. Apply the concept of linear motion,<br />
force, work, energy, power, solid,<br />
fluid, temperature, heat and electricity<br />
in real basic engineering problems. (C2,<br />
A1)<br />
1. Identify basic of computer system. (C1)<br />
2. Use internet to search appropriate data<br />
and produce simple website. (P3, A1)<br />
3. Produce documents using word<br />
processor, spreadsheet, project<br />
management, presentation and<br />
multimedia software. (P3)
SEMESTER<br />
2<br />
3<br />
COURSE<br />
BA201<br />
Engineering Mathematics 2<br />
BA301<br />
Engineering Mathematics 3<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
ENGINEEERING MATHEMATICS 2<br />
provides exposure to students regarding<br />
complex numbers which explains real and<br />
imaginary numbers. This course also<br />
emphasizes on calculus and its<br />
applications.<br />
CREDIT ( S ):2<br />
PREREQUISITE(S):BA101<br />
ENGINEERING MATHEMATICS 3<br />
exposes students to the statistical concept<br />
and its applications in interpreting data.<br />
Estimation of area under irregular shapes<br />
is also included. This course introduces<br />
the applications of arithmetic and<br />
geometric progressions and matrix<br />
concept to solve simultaneous equation<br />
by inverse matrix method and Cramer’s<br />
Rule. The Numerical Method enables<br />
students to solve simultaneous linear and<br />
non-linear equations<br />
CREDIT ( S ):2<br />
PREREQUISITE(S):NONE<br />
1. Explain basic operations on complex<br />
numbers stated in various forms using<br />
algebraic operations or by constructing<br />
Argand’s diagrams. (C2)<br />
2. Apply various differentiation<br />
techniques to determine the<br />
derivatives of algebraic, trigonometric,<br />
logarithmic, exponential and parametric<br />
functions up to the second order<br />
including solving real life optimization<br />
and kinematic problems. (C3, P1)<br />
4. Use suitable integration methods in<br />
solving related problems to determine<br />
the definite and indefinite integrals of<br />
algebraic, trigonometric, reciprocal and<br />
exponential functions. (C3, A1)<br />
1. Transform raw data into useful<br />
statistics to compute central<br />
tendencies and dispersions using<br />
appropriate formula or graphical<br />
methods. (C2)<br />
2. Apply Trapezium and Simpson’s Rules,<br />
Arithmetic Progression (AP) and<br />
Geometric Progression (GP) formulae<br />
in solving given problems. (C3, P1)<br />
3. Select suitable methods to solve<br />
simultaneous linear equations and nonlinear<br />
equations problems. (A2)
SEMESTER<br />
5<br />
6<br />
COURSE<br />
BA501<br />
Engineering Mathematics 4<br />
BA601<br />
Engineering Mathematics 5<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
ENGINEERING MATHEMATICS 4<br />
consists of topics such as binomial and<br />
series expansion as well as vector,<br />
scalar, partial fraction and Laplace<br />
Transform. This course also discuss on<br />
analytical geometry of conics for<br />
mechanical engineering students.<br />
CREDIT ( S ):2<br />
PREREQUISITE(S):BA201<br />
ENGINEERING MATHEMATICS 5<br />
exposes students to hyperbolic, inverse<br />
hyperbolic and inverse trigonometric<br />
functions. This course also introduces<br />
differentiation and integration. Differential<br />
equation topic is included to guide students<br />
to understand the methods of solving<br />
differential equations.<br />
CREDIT ( S ):2<br />
PREREQUISITE(S):BA501<br />
7.1.4 MATRIX OF COURSE ASSESSMENT<br />
Code & Course<br />
BA101<br />
Engineering Mathematics 1<br />
BB101<br />
Engineering Science<br />
Quiz Theory Test Practical Test<br />
1. Use binomial expansion and power<br />
series to find the required value. (C3,<br />
P1)<br />
2. Solve related problems of vectors and<br />
partial fractions by using suggested<br />
method. (C3)<br />
3. Perform the solution of advanced<br />
calculus problems using Laplace<br />
Transform and Inverse Laplace<br />
Transform based on appropriate<br />
theorems. (A2)<br />
4. Present the graphs of analytical<br />
geometry for conics by analyzing their<br />
equations. (A2)<br />
1. Find the values for hyperbolic, inverse<br />
hyperbolic and inverse trigonometric<br />
functions based on solid<br />
comprehension of these functions. (C1)<br />
2. Respond to the given problems by<br />
using advanced differentiation and<br />
integration formula. (C3, P3)<br />
3. Analyze the solutions of first and<br />
second order differential equations by<br />
using the appropriate methods. (C4,<br />
A2)<br />
Practical<br />
Work/ Tutorial<br />
Exercise<br />
Other<br />
Assessment<br />
Qty. % Qty. % Qty. % Qty. % Qty. % %<br />
Final<br />
Exam<br />
2 10 2 30 - - 2 20 5 60 100<br />
2 10 2 30 - - 4 30 2 30 100
Code & Course<br />
BC101<br />
Computer Application<br />
BA201<br />
Engineering Mathematics 2<br />
BA301<br />
Engineering Mathematics 3<br />
BA501<br />
Engineering Mathematics 4<br />
BA601<br />
Engineering Mathematics 5<br />
Quiz Theory Test Practical Test<br />
Practical<br />
Work/ Tutorial<br />
Exercise<br />
Other<br />
Assessment<br />
Qty. % Qty. % Qty. % Qty. % Qty. % %<br />
1 10 - - - - 5 50 1 40 -<br />
Final<br />
Exam<br />
2 10 2 30 - - 4 40 2 20 100<br />
1 10 2 30 - - 3 25 3 35 100<br />
2 10 2 30 - - 4 40 2 20 100<br />
1 10 2 30 - - 4 20 3 40 100
7.2 GENERAL STUDIES DEPARTMENT<br />
7.2.1 ORGANISATION CHART<br />
HEAD OF ISLAMIC EDUCATION &<br />
MORALCOURSE<br />
NAIMAH ISMAIL<br />
SITI AISHAH OTHMAN<br />
NORAINI SULAIMAN<br />
LATIFAH HUSAIN<br />
ABDUL SAMAD MAT@ISA<br />
MAZLINA OMAR<br />
ZURAIHA MOHD ZAIN<br />
MOHAMMAD NAJWA MOHD<br />
HASBULLAH<br />
ASMAH MOHD SUBARI@SARMAN<br />
ROHANA NAWI<br />
FADZILAH ABDUL RAHMAN<br />
MUHAMMAD AMIN HASAN<br />
WAN NOR HASNAH WAN YUNUS<br />
NURUL ASMA EFFENDI<br />
MUHAMMAD TAUFIK ABDUL TALIB<br />
ZULHAZMI ABDUL KADIR<br />
HEAD OF DEPARTMENT<br />
NORMALA ABDUL HAMID<br />
HEAD OF ENGLISH COURSE<br />
NOR FADZILAH MOHD TAIB<br />
SENIOR LECTURER<br />
HASLINA HASSAN<br />
HANIZA MUHAMMAD<br />
BADRUL HISHYAM HAMID<br />
LACHMY NARAYANA JOGULU<br />
ISYATI SUPARMAN<br />
SELVAMALAR SELVARAJAN<br />
NURHAIDA ABDULLAH HADI<br />
W. NUR ASHIKIN W. MANSOR<br />
YOGESWARI PADMANATHAN<br />
NADIAH ZAINOL ABIDIN@MD<br />
GHAZALI<br />
NIK HANIZA NIK NGAH<br />
NOOR HAFIZA ZAINUDDIN<br />
MOHD AZRIL ADNAN<br />
MAHFUZA MUSA<br />
NURUL HUDA ABDUL RAZAK<br />
NUR SYUHADA MOHD RADZI<br />
SYAHIDA CHE’ ISMAIL<br />
RUZLINDA MUSTAFFA
7.2.2 LIST OF LECTURERS<br />
No.<br />
1 Normala Binti Abdul Hamid<br />
2 Naimah Binti Ismail<br />
3 Nor Fadzilah Binti Mohd Taib<br />
Name Designation Contact No. E-mail<br />
Head Of<br />
Department<br />
Head Of<br />
Programme<br />
Head Of<br />
Programme<br />
4 Haslina Binti Hassan Senior Lecturer<br />
5 Abdul Samad Mat @ Isa Lecturer<br />
6<br />
Asmah Binti Mohd Subari @<br />
Sarman<br />
Lecturer<br />
7 Badrul Hishyam Bin Hamid Lecturer<br />
8 Fadzilah Binti Abdul Rahman Lecturer<br />
9 Haniza Binti Muhammad Lecturer<br />
10 Isyati Binti Suparman Lecturer<br />
11 Lachmy Narayana A/L Jogulu Lecturer<br />
12 Latifah binti Husain Lecturer<br />
13 Mazlina Binti Omar Lecturer<br />
14 Mahfuza Binti Musa Lecturer<br />
15<br />
Muhammad Najwa Bin<br />
Mahammed Hasbullah<br />
16 Mohd Azril Bin. Adnan Lecturer<br />
17 Muhammad Amin Hassan Lecturer<br />
18<br />
Muhammad Taufik Bin Abdul<br />
Talib<br />
Lecturer<br />
19 Noor Hafiza Binti Zainuddin Lecturer<br />
20 Noraini Binti Sulaiman Lecturer<br />
21<br />
Nadiah Binti Zainol Abidin @<br />
Md Ghazali<br />
Lecturer<br />
22 Nik Haniza Binti Nik Ngah Lecturer<br />
03-4033333<br />
(2009)<br />
03-4033333<br />
(2352)<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2347)<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2349)<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2349)<br />
03-4033333<br />
(2350)<br />
03-4033333<br />
(2349)<br />
03-4033333<br />
(2349)<br />
03-4033333<br />
(2350)<br />
03-4033333<br />
(2349)<br />
03-4033333<br />
(2350)<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2349)<br />
03-4033333<br />
(2349)<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2350)<br />
normala_ah@ptsb.edu.my<br />
naimah@ptsb.edu.my<br />
fadzilah@ptsb.edu.my<br />
haslina@ptsb.edu.my<br />
samad@ptsb.edu.my<br />
asmah@ptsb.edu.my<br />
badrul@ptsb.edu.my<br />
fadzilah@ptsb.edu.my<br />
haniza@ptsb.edu.my<br />
isyati@ptsb.edu.my<br />
lachmynarayan@ptsb.edu.my<br />
latifah@ptsb.edu.my<br />
mazlina@ptsb.edu.my<br />
mahfuza@ptsb.edu.my<br />
najwa@ptsb.edu.my<br />
azril@ptsb.edu.my<br />
amin@ptsb.edu.my<br />
taufik@ptsb.edu.my<br />
nor_hafiza@ptsb.edu.my<br />
noraini_sulaiman@ptsb.edu.my<br />
nadiah@ptsb.edu.my<br />
nikhaniza@ptsb.edu.my
No.<br />
Name Designation Contact No. E-mail<br />
23 Nur Syuhada Binti Mohd Radzi Lecturer<br />
24 Nurhaida Abdullah Hadi Lecturer<br />
25 Nurul Asma BInti Effendi Lecturer<br />
26 Nurul Huda Binti Abdul Razak Lecturer<br />
27 Rohana Binti Nawi Lecturer<br />
28 Ruzlinda Binti Mustaffa Lecturer<br />
30 Selvamalar A/p Selvarajan Lecturer<br />
31 Siti Aisyah Binti Othman Lecturer<br />
32 Syahida Binti Che Ismail Lecturer<br />
33<br />
34<br />
Wan Nor Hasnah Binti Wan<br />
Yunus<br />
Wan Nur Ashikin binti Wan<br />
Mansor<br />
Lecturer<br />
Lecturer<br />
35 Yogeswari A/P Padmanathan Lecturer<br />
36 Zulhazmi Bin Abdul Kadir Lecturer<br />
37<br />
Zuraiha Binti Mohd Zain<br />
Lecturer<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2349)<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2349)<br />
03-4033333<br />
(2349)<br />
03-4033333<br />
(2349)<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2349)<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2350)<br />
03-4033333<br />
(2350)<br />
03-4033333<br />
(2350)<br />
03-4033333<br />
(2348)<br />
03-4033333<br />
(2349)<br />
syuhada@ptsb.edu.my<br />
nurhaida@ptsb.edu.my<br />
asma@ptsb.edu.my<br />
huda@ptsb.edu.my<br />
rohana@ptsb.edu.my<br />
ruzlinda@ptsb.edu.my<br />
selvamalar@ptsb.edu.my<br />
aisyah@ptsb.edu.my<br />
syahida@ptsb.edu.my<br />
nor_hasnah@ptsb.edu.my<br />
wan_ashikin@ptsb.edu.my<br />
yogeswari@ptsb.edu.my<br />
zulhazmi@ptsb.edu.my<br />
zuraiha@ptsb.edu.my
7.2.3 COURSE LEARNING OUTCOME<br />
SEMESTER<br />
1<br />
2<br />
COURSE<br />
AA101<br />
PENDIDIKAN ISLAM 1<br />
AA201<br />
PENDIDIKAN ISLAM 2<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
PENDIDIKAN ISLAM 1 memberi<br />
pengetahuan tentang kaedah pembacaan<br />
al-Quran, konsep ilmu dan tasawwur Islam<br />
meliputi akidah, syariah dan akhlak.<br />
Penekanan kursusini adalah terhadap<br />
penghayatan akidah Islam serta<br />
perlaksanaan ibadah-ibadah dalam<br />
kehidupan seharian. Kursus ini juga dapat<br />
memberi panduan dalam membentuk sikap<br />
bertanggungjawab terhadap Allah SWT,<br />
manusia dan alam.<br />
KREDIT : 2<br />
PRASYARAT : TIADA<br />
PENDIDIKAN ISLAM 2 memberi<br />
pengetahuan tentang konsep-konsep<br />
kekeluargaan Islam merangkumi isu-isu<br />
dan petikan Enakmen Keluarga Islam yang<br />
berkaitan dengannya. Selain itu, topik<br />
sumber-sumber hukum, pengurusan<br />
jenazah dan hokum jenayah Islam turut<br />
didedahkan dalam kursus ini.<br />
Kandungannya lebih memfokuskan caracara<br />
menangani permasalahan<br />
kekeluargaan serta membentuk sikap<br />
positif dalam kehidupan berkeluarga,<br />
bermasyarakat dan bernegara.<br />
KREDIT : 2<br />
PRASYARAT : TIADA<br />
1. Membaca ayat-ayat al-Quran dengan<br />
bertajwid dan menghafaz surah-surah<br />
yang diberikansemasa sesi amali.<br />
2. Menerangkan dengan jelas konsep ilmu<br />
dalam Islam supaya dapat diamalkan<br />
sepanjang hayat.<br />
3. Memperkukuhkan pemahaman<br />
Tasawwur Islam untuk dijadikan panduan<br />
hidup melalui penulisan analitikal<br />
berdasarkan situasi yang diberikan.<br />
4. Mempamer akhlak terhadap Allah SWT,<br />
rasul dansesama manusia serta<br />
menjelaskan secarabertulis isu akhlak<br />
berdasarkan situasi yang diberikan.<br />
5. Menunjuk cara perlaksanaan ibadah<br />
dalam Islam dengan betul dan<br />
dipraktikkan dalam kehidupan.<br />
1. Menggunakan ilmu-ilmu yang berkaitan<br />
dengan kekeluargaan Islam untuk<br />
diamalkan dalam kehidupan seharian.<br />
2. Menjelaskan secara bertulis isu-isu<br />
kekeluargaan yang diberikan dan<br />
membentangkannya secara berkumpulan<br />
untuk dijadikan panduan dalam<br />
menyelesaikan permasalahan<br />
kekeluargaan dengan berkesan.<br />
3. Menjustifikasikan dengan tepat sumber<br />
hukum iaitu al-Qur’an, al-Sunnah, al-<br />
Ijmak dan al-Qiyas yang digunakan oleh<br />
para ulama dalammengeluarkan hukum.<br />
4. Menunjuk cara pengurusan jenazah<br />
secara amali berdasarkan<br />
langkahlangkah yang ditetapkan supaya<br />
dapat dipraktikkan dalam kehidupan.<br />
5. Mengenalpasti hukum jenayah dalam<br />
Islam sebagai panduan dalam<br />
kehidupan.
SEMESTER<br />
6<br />
1<br />
COURSE<br />
AA301<br />
TAMADUN ISLAM<br />
AA102<br />
Pendidikan Moral 1<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
KURSUS TAMADUN ISLAM diperkenalkan<br />
untuk mendedahkan para pelajar terhadap<br />
konsep asas dan prinsip Tamadun Islam.<br />
Kursus ini juga membincangkan secara<br />
terperinci tentang perjalanan sejarah<br />
Tamadun Islam yang bermula pada Zaman<br />
Rasulullah SAW sehingga kini yang<br />
merangkumi pelbagai aspek seperti<br />
perkembangan ilmu pengetahuan, politik,<br />
ekonomi dan sosial. Di akhir kursus ini<br />
pelajar didedahkan dengan perbincangan<br />
topik pemikiran Islam dan isu-isu semasa<br />
yang berkaitan dengan Tamadun Islam.<br />
KREDIT : 2<br />
PRASYARAT : TIADA<br />
PENDIDIKAN MORAL 1 memberi<br />
pengetahuan tentang konsep asas moral.<br />
Kursus ini menekankan konsep dan teori<br />
moral serta peranan individu terhadap<br />
masyarakat dan negara. Kursus ini juga<br />
menerangkan elemen-elemen yang<br />
mencabar nilai moral di politeknik.<br />
KREDIT : 2<br />
PRASYARAT : TIADA<br />
1. Menjelaskan dengan tepat konsep<br />
Tamadun Islam.<br />
2. Menulis secara kritis dan kreatif sejarah<br />
kemunculan dan perkembangan<br />
Tamadun Islam sejak Zaman Nabi<br />
Muhammad SAW sehinggakini serta<br />
membentangkannya secara<br />
berkumpulan.<br />
3. Menganalisis konsep kejadian manusia<br />
menurut pandangan Islam dan sains<br />
supaya dapatdifahami hakikat kejadian<br />
diri dan mensyukurinya.<br />
4. Menerangkan secara menyeluruh<br />
Tamadun Islam yang telah terbukti<br />
Berjaya memberi sumbangan besar<br />
terhadap perkembangan ilmu dan<br />
tamadun manusia supaya dapat<br />
dipraktikkan dalam kehidupan seharian.<br />
5. Membincangkan dan membentangkan<br />
penyelesaian kepada isu-isu semasa<br />
berdasarkan kerangka pemikiran<br />
Tamadun Islam.<br />
1. Menerangkan dengan jelas kepentingan<br />
Pendidikan Moral dalam Falsafah<br />
Pendidikan Negara.<br />
2. Membezakan dengan tepat konsepkonsep<br />
dan teori-teori asas moral<br />
supaya dapat diaplikasikan dalam<br />
kehidupan seharian.<br />
3. Menjelaskan secara menyeluruh<br />
kebertanggungjawaban dan peranan<br />
individu terhadap masyarakat dan<br />
negara berdasarkan situasi yang diberi<br />
serta membentangkannya secara<br />
berkumpulan.<br />
4. Menyatakan dengan jelas dasar-dasar<br />
utama mewujudkan masyarakat Malaysia<br />
untuk menjamin keamanan dan<br />
keharmonian negara<br />
terus terpelihara.<br />
5. Membentangkan dengan tepat secara<br />
berkumpulan elemen-elemen yang<br />
mencabar nilai-nilai moral dan<br />
mencadangkan penyelesaiannya.
SEMESTER<br />
2<br />
1<br />
COURSE<br />
AA202<br />
Pendidikan Moral 2<br />
AE101<br />
Communicative English 1<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
PENDIDIKAN MORAL 2 memberi<br />
pengetahuan tentang kesan kemajuan<br />
sains dan teknologi maklumat. Kursus ini<br />
menekankan tentang pembentukan moral<br />
dan etika, isu-isu moral semasa dan isu-isu<br />
remaja. Kursus ini juga membincangkan<br />
etika keprofesionalisma dalam menghadapi<br />
pelbagai cabaran<br />
hidup.<br />
KREDIT : 2<br />
PRASYARAT : TIADA<br />
COMMUNICATIVE ENGLISH 1 focuses on<br />
speaking skills to develop the ability to<br />
communicate effectively and confidently. It<br />
is designed to provide students with useful<br />
expressions that can be used in a wide<br />
variety of social interactions and situations.<br />
It also provides students with an<br />
opportunity to initiate and participate in<br />
group discussions.<br />
CREDIT(S) : 2<br />
PREREQUISITE(S) : NONE<br />
1. Menerangkan dengan jelas tentang<br />
kesan kemajuan sains dalam kehidupan<br />
manusia.<br />
2. Menjelaskan secara terperinci kebaikan<br />
dan keburukan perkembangan teknologi<br />
maklumat supaya dapat dimanfaatkan<br />
dalam kehidupan seharian.<br />
3. Membentangkan dengan tepat isu-isu<br />
semasa yang melibatkan remaja dan<br />
dunia secara berkumpulan berdasarkan<br />
situasi yang diberi dan<br />
mencadangkanpenyelesaiannya secara<br />
bertulis.<br />
4. Membincangkan dalam bentuk penulisan<br />
kepentingan kod etika keprofesionalisme<br />
bagi melahirkan tenaga kerja yang<br />
berintegriti.<br />
6. Menulis dengan jelas kesan budaya kerja<br />
negatif terhadap kerjaya individu dan<br />
kemajuan Negara bagi memastikan<br />
kestabilan Negara.<br />
1. Use appropriate communication skills<br />
and registers for social interactions and<br />
discussions.<br />
2. Listen to selected<br />
conversations/speeches and respond<br />
appropriately.<br />
3. Apply dictionary skills correctly to check<br />
meanings, pronunciation and usage of<br />
words.<br />
4. Pronounce words correctly based on<br />
phonetic symbols.<br />
5. Read and respond appropriately to<br />
current issues/topics of interest.<br />
6. Write and speak effectively in response<br />
to current issues/topics of interest.<br />
7. Communicate to an audience confidently<br />
using effective delivery techniques,<br />
organizational strategies, graphics and<br />
visual support.
SEMESTER<br />
3<br />
5<br />
COURSE<br />
AE301<br />
Communicative English 2<br />
AE501<br />
Communicative English 3<br />
SYNOPSIS COURSE LEARNING OUTCOME (CLO)<br />
COMMUNICATIVE ENGLISH 2<br />
emphasizes the skills needed to describe<br />
products and services as well as processes<br />
and procedures. It focuses on the skills to<br />
give and respond to instructions. The<br />
course will also enable students to make<br />
and reply to enquiries and complaints in<br />
their future workplace.<br />
CREDIT(S) : 2<br />
PREREQUISITE(S) :<br />
AE101 - COMMUNICATIVE ENGLISH 1<br />
COMMUNICATIVE ENGLISH 3 aims to<br />
develop critical reflection skills in the<br />
students. It also emphasizes work-related<br />
communication skills. Students will learn<br />
the process of job hunting which includes<br />
job search strategies and awareness of<br />
workplace issues. The students will<br />
develop skills to introduce themselves,<br />
highlight their strengths and abilities,<br />
present ideas, express opinions and able<br />
to establish rapport and respond<br />
appropriately during interviews.<br />
CREDIT(S) : 2<br />
PREREQUISITE(S) :<br />
AE301 - COMMUNICATIVE ENGLISH 2<br />
7.2.4 MATRIX OF COURSE ASSESSMENT<br />
Code & Course<br />
AA102<br />
Pendidikan Moral 1<br />
AA202<br />
Pendidikan Moral 2<br />
AE101<br />
Communicative English 1<br />
AE301<br />
Communicative English 2<br />
Quiz<br />
Other<br />
Assessment<br />
Presentation<br />
1. Describe products and services clearly<br />
and confidently.<br />
2. Describe processes and procedures<br />
using appropriate language devices.<br />
3. Give clear instructions using the<br />
imperatives and respond to instructions<br />
appropriately.<br />
4. Make and respond to enquiries using<br />
appropriate<br />
language.<br />
5. Make and respond to different types of<br />
complaints using appropriate language.<br />
6. Deliver an oral presentation on a product/<br />
service or a process/ procedure using<br />
suitable visual aids.<br />
1. Present ideas and opinions in oral and<br />
written form.<br />
2. Read and analyse job advertisements.<br />
3. Make and reply to job enquiries.<br />
4. Prepare resumes when applying for jobs.<br />
5. Write cover letters to accompany<br />
resumes.<br />
6. Respond to interview questions using<br />
appropriate language.<br />
Practical<br />
Task<br />
Listening<br />
Test<br />
End Of<br />
Chapter<br />
Qty % Qty % Qty % Qty % Qty % Qty % Qty %<br />
3 30 1 20 1 20 - - - - - - 1 30<br />
3 30 1 20 1 20 - - - - - - 1 30<br />
- - 1 30 1 30 - - 2 20 - - 2 20<br />
- - 1 20 2 60 - - 2 20 - - - -<br />
Test
AE501<br />
Communicative English 3<br />
AA101<br />
- - 2 50 1 30 - - - - - - 1 20<br />
Pendidikan Islam 1 3 30 1 20 - - 2 20 - - - - 1 30<br />
AA201<br />
Pendidikan Islam 2<br />
AA301<br />
Tamadun Islam<br />
2 30 1 20 - - 2 20 - - - - 1 30<br />
2 30 1 20 1 20 - - - - - - 1 30<br />
7.2.5 LAB FACILITIES IN GENERAL STUDIES DEPARTMENT<br />
Language Lab<br />
Name Quantity Lab Supervisor<br />
1 Badrul Hishyam Bin Hamid<br />
1 Mahfuza Binti Musa
8.0 SUPPORT SERVICES<br />
8.1 STUDENT AFFAIRS DEPARTMENT<br />
Our role is to contribute to the mission of <strong>Politeknik</strong> <strong>Tuanku</strong> <strong>Sultanah</strong> <strong>Bahiyah</strong> (PTSB) by partnering with<br />
other academic and administrative units to provide professional, creative, accessible, and high-quality<br />
services. To fulfil that role, Student Affairs Department will seek to create an environment that is caring and<br />
positive for students; practice and champion cultural sensitivity and inclusiveness; provide coordinated<br />
services that are student-focused and technologically up to date; and respond positively to change. Our<br />
vision is to eliminate barriers and create opportunities that enable all students to experience success.<br />
Our actions are guided by these values:<br />
� the well-being of all students<br />
� innovation in problem solving<br />
� the positive affirmation of student achievement<br />
� professionalism and ethical behaviour<br />
� cooperative and collaborative efforts that include enthusiasm, respect, and humour<br />
To accomplish our mission, Student Affairs Department has established the following goals:<br />
� increase retention and completion rates of students<br />
� develop capacity to deliver services to all campus sites<br />
� institute data-driven analysis for planning and decision-making<br />
� improve attitudes toward and participation in student activities and services<br />
� increase new student enrolment at PTSB, overall and in specified programs<br />
Function Contact Personnel Contact No.<br />
The Student Affairs Department is<br />
responsible for managing :<br />
a. Student admission and registration<br />
b. Scholarships<br />
c. Residential college<br />
d. Discipline and student behaviour<br />
e. Registration of students’ vehicle<br />
f. Students activities through JPP club<br />
g. Alumni<br />
h. Student Representatives<br />
Committee(JPP)<br />
HAMZAN BIN HARUN<br />
(Head of Unit) DH48<br />
WAN MOHD FISOL BIN WAN MIN<br />
Student Affairs Officer<br />
(Welfare & Discipline) DH44<br />
MOHD FUAD BIN OSMAN<br />
Student Affairs Officer<br />
(Recruitment and Data) DH44<br />
KHAIROL SHAH BIN OTHMAN<br />
Student Affairs Officer<br />
(Discipline) DH44<br />
MOHAMAD ZAKI BIN ARIFIN<br />
Executive Officer N27<br />
NOORLIZA BT. HASHIM<br />
Executive Officer N17<br />
ANIS HASNIZA BT. HASHIM<br />
Executive Officer N17<br />
AZIZAH BT. MD. ZAID<br />
Executive Officer N17<br />
Ext : 2023<br />
Ext : 2018<br />
Ext : 2428<br />
Ext : 2432<br />
Ext : 2017<br />
Ext : 2164<br />
Ext : 2166<br />
Ext : 2164
Function Contact Personnel Contact No.<br />
For more information, log on to http://ehep.ptsb.edu.my/portal/<br />
SITI NURBAIZURA BT. IBRAHIM<br />
Executive Officer N17<br />
Ext : 2166
8.2 EXAMINATION UNIT<br />
8.2.1 Organisation Chart<br />
8.2.2 Function<br />
EXAMINATION<br />
COORDINATOR OF CIVIL<br />
ENG. DEPARTMENT<br />
Each Polytechnic Ministry of Education is responsible for providing guidance on learning, assessment,<br />
control and conduct of the examination. Certificate and Diploma to each student is subject to approval and<br />
confirmation of Board of Examination and Certificate/Diploma Polytechnic after students have passed all<br />
examinations and meet all the requirements of the course.For a polytechnic, Examination Unit is the unit<br />
where responsible for planning, managing and implementing all activities related to student assessment<br />
based on the guidelines and evaluation set.<br />
8.2.3 Contact Personnel<br />
EXAMINATIONS OFFICER<br />
(Management & Assessment)<br />
(<br />
EXAMINATION<br />
COORDINATOR OF<br />
ELECTRICAL ENG.<br />
DEPARTMENT<br />
EXAMINATION COORDINATOR OF<br />
MATHS, SCIENCE & COMPUTER<br />
DEPARTMENT<br />
HEAD OF EXAMINATION UNIT<br />
Contact Personnel Contact No.<br />
NORIZAN BINTI MD ISA Head Of The Examination Unit<br />
AHMAD FAUZIE BIN ABD RAHMAN Examinations Officer<br />
(Management & Assessment)<br />
NOOR LEAH BINTI NAN Examinations Officer<br />
(Records &Certification)<br />
EXAMINATIONS OFFICER<br />
(Record & Certification)<br />
EXAMINATION<br />
COORDINATOR OF<br />
MECHANICAL ENG.<br />
DEPARTMENT<br />
EXAMINATION COORDINATOR OF<br />
GENERAL STUDIES DEPARTMENT<br />
ADMINISTRATIVE ASSISTANT ADMINISTRATIVE ASSISTANT<br />
OPERATIONS ASSISTANT<br />
EXAMINATION<br />
COORDINATOR OF<br />
COMMERCE DEPARTMENT<br />
Ext : 2006<br />
Ext : 2402<br />
Ext : 2403
Head Examination Coordinator:<br />
Contact Personnel Contact No.<br />
i. MOHD SHUKOR BIN OTHMAN (Civil Engineering Department)<br />
ii. SHAKIRAH BINTI ANUAR (Electrical Engineering Department)<br />
iii. ABDUL LATIB BIN AHMAD (Mechanical Engineering Department)<br />
iv. ASMIDAR BINTI AHMAD SALLEH @ AHMAD (Commerce Department)<br />
v. WAN NORSARIZA BINTI WAN HUSIN(Mathematics, Science &<br />
Computer Department)<br />
vi. NURHAIDA BINTI ABDULLAH HADI(General Studies Department)<br />
8.3 LIAISON & INDUSTRIAL TRAINING UNIT<br />
Ext : 2405<br />
Ext : 2404<br />
Ext : 2453<br />
Ext : 2406<br />
Ext : 2454<br />
Ext : 2166<br />
Function Contact Personnel Contact No.<br />
The Liaison & Industrial Training Unit<br />
(UPLI) is responsible for managing<br />
students’ industrial training affairs.<br />
Students will be assigned to a particular<br />
organization during their training period<br />
based on their respective fields of study.<br />
The placement process is finalised before<br />
training commences. Students are<br />
constantly advised to maintain a high<br />
level of discipline. They should abide by<br />
the rules and regulations of both the<br />
polytechnic and organization.<br />
Organizations are advised to consult the<br />
polytechnic immediately if there are any<br />
disciplinary problems.<br />
INDUSTRIAL TRAINING COURSE<br />
(AT401)<br />
Industrial Training exposes students to<br />
related workplace competencies<br />
demanded by industries. It also equips<br />
students with real work experience, thus<br />
helping students to perform as novice<br />
workers. Upon completion of this course,<br />
students should be able to:<br />
a. apply related knowledge and skills at<br />
the workplace.<br />
b. communicate effectively with others.<br />
c. practice teamwork.<br />
d. professionally and ethically comply<br />
with policies, procedures and rules of<br />
MUHAMAD FAIRUZZAIRI BIN ABDUL<br />
HAMID<br />
(Head of Unit)<br />
JEYA AMANTHA A/P DAVID PANDYA<br />
KUMAR<br />
Liaison & Industrial Training Officer<br />
(Training)<br />
MOHD AZMAN BIN WAN LING<br />
Liaison & Industrial Training Officer<br />
(Liaison)<br />
IDA RAHAYU BINTI HASSAN<br />
Administrative Assistance<br />
ROSSITAH BINTI SELAMAT<br />
Head Coordinator of Civil Engineering<br />
Department<br />
SUHAIDA BINTI ABDUL HALIM<br />
Head Coordinator of Electrical Engineering<br />
Department<br />
MARZIANA BINTI HASHIM<br />
Head Coordinator of Mechanical Engineering<br />
Department<br />
Ext : 2412<br />
Ext : 2030<br />
Ext : 2032<br />
Ext : 2411<br />
Ext : 2286<br />
Ext : 2206<br />
Ext : 2250
Function Contact Personnel Contact No.<br />
the organization.<br />
e. explain the tasks assigned (during the<br />
industrial training) according to the<br />
prescribed format.<br />
8.4 SPORTS, CO-CURRICULUM AND CULTURE UNIT<br />
MORIZA BINTI FIKRI<br />
Head Coordinator of Commerce Department<br />
Ext : 2330<br />
Function Contact Personnel Contact No.<br />
Co-Curriculum Unit is responsible for<br />
managing and coordinating all cocurriculum<br />
courses in the <strong>Politeknik</strong><br />
<strong>Tuanku</strong> <strong>Sultanah</strong> <strong>Bahiyah</strong>. It is designed<br />
to ensure that all co-curriculum courses<br />
to be implemented smoothly and<br />
effectively.<br />
8.4.1 AR101: Polibriged<br />
MUNIAMAL PUSPA A/P PERUMAL<br />
( Head of Department ) DH 48<br />
AB RAZAK BIN MOHAMMAD<br />
( Head of Course AR201 Clubs, Sport And<br />
Uniform ) DH44<br />
LATIFAH BINTI HUSAIN<br />
( Head of Course AR101 Polibriged ) DH44<br />
MUHAMAD SUJAIRIYUSOF<br />
( Sports Officer ) DH44<br />
Ext : 2044<br />
Ext : 2045<br />
Ext : 2047<br />
Ext :2472<br />
This course emphasizes on the generic skills which includes following instructions, decision making, selfmanagement,<br />
critical thinking and communication skill. It is compulsory for semester one students and is<br />
implemented in theory and practical for 12 weeks equal to 24 hours per semester. The assessment for this<br />
course consists of presentation (70%) and practical (30%). The division of time as according to the syllabus:<br />
Syllabus Synopsis<br />
Marching<br />
Introduction to basic practical marching especially the<br />
stationary and regular march.<br />
Time<br />
Allocation<br />
8 hours<br />
First Aid Definitions and methods of first aid treatment. 4 hours<br />
Fire Prevention<br />
Protocol and Social<br />
Etiquette<br />
Self-Management and<br />
Self Esteem<br />
Explanation the types of fire and fire incidents, the causes of<br />
fires, fire prevention, and procedures for evacuation of<br />
building / fire area.<br />
Explanation the definitions of protocol, social etiquette and<br />
ethics, dinner table etiquette and considerations in<br />
organizing official ceremonies.<br />
Explanation the concepts of self-management, effective<br />
communication skill and basic camping skills<br />
4 hours<br />
2 hours<br />
6 hours
8.4.2 AR201: Clubs, Sport and Uniform<br />
In general, the Co-curriculum is a compulsory module for students in semester one and two with a value of 1<br />
credit hour. Semester students are required to follow the Co-curriculum Modules AR101 (Polibridged) while<br />
the second semester students are required to follow the Co-curriculum Modules AR201 (Clubs, Sport and<br />
Uniform). These modules introduce students to various basic skills of individual or group. Continuous<br />
assessment of students is made in the form of practical and theory.<br />
The following are 28 Clubs, Sports and Uniform offered at the <strong>Politeknik</strong> <strong>Tuanku</strong> <strong>Sultanah</strong> <strong>Bahiyah</strong> for<br />
AR201:<br />
1. Askar Wataniah<br />
2. Red Crescent<br />
3. Pengakap kelana<br />
4. JPA 3<br />
Uniform Unit Synopsis<br />
5. Fire Brigade & Rescue<br />
1. Volleyball<br />
2. Sepak Takraw<br />
3. Badminton<br />
4. Silat Gayung<br />
5. Tennis<br />
6. Archery<br />
7. Netball<br />
Explains the history of the uniform unit, basic rescue, rope<br />
tying, fire extinguishers usage, camp management and<br />
organizational management.<br />
Sports Synopsis<br />
Explains the history of sports, basic skills, demonstrates the<br />
basic techniques of the game along with the concept of<br />
fitness and injury and also organizational management.
8. Basketball<br />
9. Tae-Kwan-Do<br />
10. Football<br />
11. Bowling<br />
12. Squash<br />
13. Rugby<br />
14. Hockey<br />
15. Athletics<br />
16. Softball<br />
17. Handball<br />
18. Ping Pong<br />
1. Environmental Friendly<br />
2. Audio Visual<br />
3. Adventure<br />
4. Computer<br />
5. English Language<br />
Explains the history of sports, basic skills, demonstrates the<br />
basic techniques of the game along with the concept of<br />
fitness and injury and also organizational management.<br />
Clubs Synopsis<br />
Explains the club's history, purpose and function, basic<br />
knowledge, specific skills, environmental club activities and<br />
organization management in line with the current trends.<br />
Explains the history of audio visual, purpose and function,<br />
basic skills, the use of audio visual equipment, filming<br />
procedures, computer use in audio visual and organization<br />
management.<br />
Explains the history of adventure, basic skills, map reading<br />
techniques, use of compass, rescue methods, activities and<br />
requirements and organizational management.<br />
Explains the computer's history, purpose and function, basic<br />
knowledge, learning the usage of computer and organization<br />
management in line with the current trends.<br />
Explains the club's history, purpose and function, basic<br />
knowledge, specific skills and organization management in<br />
line with the current trends.
8.5 RESIDENTIAL COLLEGE<br />
The uniquely modern PTSB hostel can easily accommodate a total of 1404 students. Students in semester<br />
one have the opportunity to enjoy the facilities provided in the campus in addition to a comfortable and<br />
conducive living environment. Students are placed in the hostel to instill good learning habit, moral values,<br />
integration and friendship among students of different race, religion and culture.<br />
Mohd Yuhaizad Bin Yusoff<br />
Head of Unit DH 48/Head of<br />
Warden<br />
Tel : 04-4033333, Ext :2156<br />
Speed Dail: 1220<br />
Contact Personnel<br />
Nor Asmah Binti Zainol<br />
Hostel Manager N32<br />
Tel : 04-4033333, Ext :2158<br />
Speed Dail: 1230<br />
Assistant Medical Officer U29<br />
1. Mohd Yushazwandi Bin Risman<br />
Supervisor N17<br />
1. Salina Binti Abdul Rahman<br />
2. Rosesazana Binti Johari<br />
3. Hanisah Binti Abdullah<br />
4. Azhar Bin Abdul Jalil<br />
Office Assistant N1<br />
1. Nur Fadila Binti Husaini<br />
Warden Block V1 Warden Block V2 Warden Block V3<br />
1. Siti Anizah Muhamed<br />
2. Siti Hajar Ismail<br />
3. Rusmaliza Abd Rashid<br />
4. Nurul Azyra Said@Idrus<br />
1. Hanizah Osman<br />
2. Maslina Suleiman<br />
3. Nang Saruni Nek Ali<br />
4. I’zzatul Fadzilah Adam<br />
1. Izlin Zuriani Ishak<br />
2. Nor Aizam Yusof<br />
3. Azilawati Harun<br />
4. Nor Hatini Baharin<br />
Warden Block V4 Warden Block V5 Warden Block V6<br />
1. Ridzuan Din<br />
2. Wan Mohd Fisol Wan Min<br />
3. Hamzan Harun<br />
4. Zulhazmi Abdul Kadir<br />
5. Nor Asmah Zainol<br />
1. Mohd Fuad Osman<br />
2. Mohd Rizal Lias<br />
3. Idrus Saaud<br />
4. Amad Sharul nizam Ridzuan<br />
5. Mohd Shahrizan Kamis<br />
1. Mohd Juzairi Azmir<br />
Atan@Abdullah<br />
2. Muhd Hafizhidayat Zainol Abidin<br />
3. Mohd Najwa Mohd Hasbullah<br />
4. Ahmad Ap John@Zulkifli<br />
5. Wan Mustafa Zakaria
8.6 PSYCHOLOGY AND CAREER UNIT<br />
Function Contact Personnel Contact No.<br />
The Psychology and Career Unit works on<br />
implementing the Human Capital<br />
Development program based on<br />
psychological approaches which include<br />
aspects of development, prevention,<br />
rehabilitation and intervention. In addition,<br />
this unit also provides counselling and<br />
professional guidance to ensure semiprofessional<br />
work force is well balanced<br />
mentally and physically.<br />
The Psychology and Career unit is<br />
responsible for:<br />
a. Raising self-awareness and<br />
surroundings<br />
b. Highlighting ones’ potential.<br />
c. Developing multi skills.<br />
d. Promoting studies opportunities.<br />
e. Promoting career opportunities.<br />
8.7 LIBRARY UNIT<br />
SITI ZUBAIDAH BINTI OTHMAN SIRU<br />
(Head of Unit)<br />
Psychology and Career Officer S41<br />
NORMAN HAKIM BIN AHMAD<br />
Psychology and Career Officer S41<br />
ZULAIHA BINTI AMAN<br />
Head of PBKJ (JKA)<br />
MOHD RIZWAN BIN ELIAS<br />
Head of PBKJ (JKE)<br />
FIRDAUS MOHD MOHAMED SAHID<br />
Head of PBKJ (JKM)<br />
MOHD FIRDAUS MUSTAQIM YAHYA<br />
Head of PBKJ (JP)<br />
NURSYUHAILA BINTI AHMAD<br />
Head of PBKJ (JPA)<br />
NOOR HAFIZA BINTI MAHMOOD<br />
Head of PBKJ (JMSK)<br />
Ext : 2169<br />
Ext : 2022<br />
Ext : 2169<br />
Ext : 2429<br />
Ext : 2032<br />
Ext : 2322<br />
Ext : 2295<br />
Ext : 2341<br />
Function Contact Personnel Contact No.<br />
The library provides quality and up to date<br />
information to everyone in terms of<br />
managing and providing access to<br />
information resources.<br />
Taking the role as a centre of knowledge,<br />
the library acts as a catalyst and assist in<br />
the teaching and learning and research in<br />
the process of producing creative and<br />
innovative semi-professional. The library<br />
unit is also an instrument in inculcating the<br />
reading culture among PTSB and the local<br />
communities through an on-going reading<br />
campaign.<br />
Librarian S44<br />
Muhammad Bin Abdullah<br />
Library Assistant Officer S27<br />
Salmiah Bt Harun<br />
Aminudin Bin Abu Bakar<br />
Siti Fairoz Bt Jamaluddin<br />
Malligai A/L Karunamoothy<br />
Muhammad Yazid Bin Kusairi<br />
Siti Rafishah Bt Abdul Razak<br />
Ext : 2017<br />
Ext : 2369<br />
Ext : 2371<br />
2374<br />
Ext Kaunter<br />
Bawah :<br />
2394<br />
Ext Kaunter<br />
Atas : 2455
Function Contact Personnel Contact No.<br />
Among the many objectives of the library<br />
unit are:<br />
a. to acquire relevant and current<br />
information for reference<br />
b. to manage a collection of information<br />
using a standard system for easy<br />
access.<br />
c. to provide quality information service<br />
and cultivate interest in reading<br />
d. to support the organization’s objectives<br />
in teaching, learning and research<br />
8.8 TRAINING & CONTINUOUS EDUCATION UNIT<br />
Function Contact Personnel Contact No.<br />
Training & Continuous Education Unit<br />
(ULPL) is mainly responsible in handling<br />
various internal and external training<br />
courses for all staffs of PTSB. Among the<br />
important courses are CPCM and PPK<br />
courses which are included as compulsory<br />
criteria for staff promotion. Alongside with<br />
CPCM and PPK, this unit also has to<br />
ensure that all PTSB staffs attended at<br />
least ten days of courses yearly as<br />
required by the ministry of higher<br />
education.<br />
Besides handling staffs’ training, ULPL also<br />
deals with organization of diploma courses<br />
for part-time students (KSS) offered in<br />
PTSB throughout the year. Another main<br />
contribution of this unit in students’ learning<br />
is in arranging the Malaysian University<br />
English Test (MUET) for all PTSB students.<br />
The standardized MUET test is offered<br />
thrice a year in collaboration with<br />
Malaysian Examination Council (MPM).<br />
NORLILI JUWITA BINTI ARSHAD<br />
(Head of Unit)<br />
MAHFUZA BINTI MUSA<br />
Training Officer<br />
RUSLINDA BINTI WAN CHIK<br />
Office Assistant<br />
ZULFIKHRI BIN MOHAMAD<br />
Office Assistant<br />
Ext : 2008<br />
Ext : 2025<br />
Ext : 2362<br />
Ext : 2361
8.9 INFORMATION SYSTEM UNIT<br />
Information System Unit plays a role in administrating and updating system, data and computer network<br />
surrounding Polytechnic <strong>Tuanku</strong> <strong>Sultanah</strong> <strong>Bahiyah</strong> (PTSB). In this highly and fast evolving and changing era<br />
of technology, it is a must for the unit to keep up and be at par with the needs of the users so as to ensure<br />
the teaching and learning process is always easy, fast and accurate with the aid of the latest ICT facilities.<br />
Led by an Information Technology Officer, the Unit is empowered with 2 other IT Officers, 2 IT Assistant<br />
Officers and 7 experienced Computer Technician to serve its function and carry out tasks in making the<br />
dream a reality.<br />
Functions / Roles:<br />
To administer and perform computer and peripherals maintenance works as well as system and<br />
application development, maintenance and support services.<br />
To plan and execute acquisition of replacement parts, assets and facilities related to ICT in PTSB.<br />
To develop, administer and update official web portal of PTSB.<br />
To administer the servers and network around the campus.<br />
To administer acceptance and implementation of new systems.<br />
To plan, administer and execute ICT training for staffs in PTSB.<br />
Job Function Our Manpower Contact<br />
Administration, internal and external<br />
maintenance, management and<br />
borrowal of ICT assets<br />
Campus network, internet and wireless<br />
access, firewall, Local Area Network<br />
(LAN)<br />
Projects, planning and assets<br />
acquisition related to ICT asset and<br />
peripherals<br />
Network related projects, maintenance,<br />
planning and acquisition related to<br />
network and security<br />
Active directory, antivirus, Domain<br />
Name Server (DNS), Microsoft<br />
Exchange, storage and servers<br />
Administration of official <strong>Portal</strong> and<br />
related webs, clients’ feedback and<br />
inquiries<br />
In-house system development projects<br />
Technical and first level support for<br />
external systems such as e-SPKB, e-<br />
Terimaan, e-Perolehan, e-Bidding,<br />
QDMS, HRMIS, ILMU<br />
Digital Display Media, video streaming<br />
and conferencing<br />
Monthly and annual maintenance<br />
statistics<br />
Sabrina binti Abdul Rahim<br />
Head of Unit, Maintenance Section, F41<br />
Norazura binti Mohd Nor<br />
Network and Security Section, F41<br />
Intan Nurhanim binti Azmi<br />
System and Data Section, F41<br />
Nurmaniza binti Othman<br />
System and Data Section, F29<br />
Muhammad Shobri bin Abdul Hamid<br />
Maintenance Section, F29<br />
Hatiah binti Omar<br />
Senior Computer Technician, FT22<br />
Ahmad Rizal bin Mohamad Ali<br />
Computer Technician, FT17<br />
Mohd Aliff bin Baharuddin<br />
Computer Technician, FT17<br />
Mohd Rizal bin Rahman<br />
Computer Technician, FT17<br />
Noorzaiyani binti Mustafa<br />
Computer Technician, FT17<br />
Rozilawati binti Md Rejab<br />
Computer Technician, FT17<br />
Rusnita binti Mamat<br />
Computer Technician, FT17<br />
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8.10 CORPORATE INDUSTRY SERVICES & EMPLOYMENT CENTRE<br />
Function Contact Personnel Contact No.<br />
CISEC of PTSB was established in 2010.<br />
This one-stop centre, lead by Puan Azhani<br />
Ariffin with the assistance of CISEC’s<br />
committee representing each department,<br />
plays an important role in providing fast<br />
response to request or queries from the<br />
industries, pre-selection of candidates,<br />
single point of contact for employment,<br />
assistance in arranging recruitment<br />
presentation and also opportunities to build<br />
a closer relationship with the industries.<br />
Throughout the year, CISEC has<br />
successfully organized activities that<br />
helped to promote and increase students’<br />
employability. This was proven in the 1L5G<br />
Report (1 Lecturer 5 Graduates) where the<br />
number of employed graduates reached up<br />
to 80%. The activities carried out<br />
throughout the year were:<br />
i) 1L5G Report<br />
ii) Career Talk and Interview Slots<br />
iii) ‘Program Pentauliahan Profesional’<br />
(3P)<br />
iv) Career Clinic Program - ‘Persediaan<br />
ke Alam Pekerjaan’<br />
a) ‘Program Penempatan Kerjaya’<br />
(3P)<br />
b) Creating Employability Values<br />
Program<br />
v) Career Clinic Programme - Profiling<br />
Test<br />
vi) Programmes under Finishing School<br />
and Diploma ++<br />
AZHANI ARIFFIN<br />
(Head of CISEC)<br />
NORIZA MUHAMED YUSOF<br />
(Assistant Head of CISEC)<br />
NORSYAHIDAN MOHAMAD YUSOF<br />
(Finishing School & Diploma ++<br />
Coordinator)<br />
SYAZWANI JASMI<br />
(Employability Program Coordinator)<br />
ISYATI SUPARMAN<br />
(1L5G Program Coordinator & Database)<br />
SITI SALWA BADIOZAMAN<br />
(Industry Liaison & Job Placement)<br />
RAHIZUDIN ABDUL RAHIM<br />
Departments’ Counterpart (JKA)<br />
MOHD. SHAHRIZAN KHAMIS<br />
Departments’ Counterpart (JKM)<br />
MOHD ZAKI DOI<br />
Departments’ Counterpart (JKE)<br />
HASMIDA MOHAMAD HASSAN<br />
Departments’ Counterpart (JP)<br />
NOR LIAN MOHD. NORDIN<br />
Departments’ Counterpart (JPA & JMSK)<br />
Ext : 2026
8.11 DEVELOPMENT AND MAINTENANCE UNIT<br />
Function Contact Personnel Contact No.<br />
The Development and Maintenance Unit<br />
(UPDP) is a service provider whose goal is<br />
to enhance the quality of service to the<br />
clients; staffs and undergraduates of<br />
PTSB.<br />
The Development and Maintenance Unit is<br />
responsible for:<br />
a. Providing adequate facilities to staffs<br />
and undergraduates of PTSB<br />
b. Designing and maintaining a conducive<br />
environment in the pursuit of academic<br />
excellence in teaching and learning<br />
c. Carry out maintenance work on all<br />
existing facilities and infrastructure<br />
d. To repair faulty, damaged facilities or<br />
replace them based on allocation of<br />
funds<br />
e. Ensuring all development and<br />
maintenance in PTSB is in good<br />
working order<br />
8.12 RESEARCH AND INNOVATION UNIT<br />
JAYANTHI A/P KODIAPPAN<br />
Head of Unit<br />
MOHD YAZID BIN ABD RAHMAN<br />
Senior Technician<br />
WAN SAAD BIN WAN DIN<br />
Senior Technician<br />
MOHD TAJUDDIN BIN HAJI OMAR<br />
Senior Technician<br />
MUHAMAD HAWARI BIN OTHMAN<br />
Senior Technician<br />
RIZUWAN BIN SAID<br />
Senior Technician<br />
Ext : 2033<br />
Ext : 2222<br />
Ext : 2444<br />
Ext : 2444<br />
Ext : 2424<br />
Ext : 2040<br />
Function Contact Personnel Contact No.<br />
The Research and Innovation Unit (UPIN)<br />
was established in 2009 in line with the<br />
transformation of the polytechnic education<br />
system under the Ministry of Higher<br />
Education Malaysia. The focus of the<br />
Research and Innovation Unit is on<br />
improving writing scientific research skills<br />
and knowledge among lecturers and staff.<br />
Scholarly researchers are implemented<br />
through the Action Research, Innovation<br />
Research and Communication Applications<br />
Data. The UPIN is situated on the first level<br />
of PTSB library building.<br />
Strategies and Programmes:<br />
a. Help develop writing and research skills<br />
and knowledge among the lecturers<br />
and staff.<br />
b. Facilitate training programmes such as<br />
Research Methods, the usage of<br />
relevant computer applications such as<br />
Statistical Programme for the SocIal<br />
Science (SPSS), and package for<br />
various aspects of writing research.<br />
HJ. CHE NORAZMAN BIN CHE WAN D<br />
(Head of Unit)<br />
DR. KHALID GAZI BIN HJ. ALI<br />
Senior Lecturer<br />
HASLINA BT HASSAN<br />
Senior Lecturer<br />
AZLAN BIN YAHYA<br />
ZAINORDIN FIRDAUS BIN ZULKEFLI<br />
WAN NORSARIZA BT WAN HUSIN<br />
MINARNIE HADZIRA BT MOHAMED<br />
FATIN HAMIMAH BT MOHAMED SALLEH<br />
NUR ELYANI BT MUSA<br />
HASHAMIZA BT HARUDDIN<br />
NURUL AKMAL BT KAMARUDDIN<br />
NURYANA BT ALIAS<br />
MOHD JEFRY BIN MOHAMAD<br />
AMINUDDIN RASHID BIN MOHD KASIM<br />
MOHD FAUZI BIN ABDUL AZIZ<br />
Ext : 2038<br />
Ext : 2334<br />
Ext : 2348<br />
Ext : 2294<br />
Ext: 2480<br />
Ext : 2339<br />
Ext : 2207<br />
Ext : 2250
Function Contact Personnel Contact No.<br />
c. Organise courses, workshops and<br />
consultation sessions regarding<br />
proposal writing.<br />
d. Organise colloquium, seminars and/or<br />
research presentations.<br />
e. Produce proceedings of seminars at<br />
<strong>Politeknik</strong> <strong>Tuanku</strong> <strong>Sultanah</strong> <strong>Bahiyah</strong>.<br />
f. Encourage lecturers to be involved in<br />
presentations, workshops and seminars<br />
at zone level.<br />
g. Collect and disseminate of information<br />
on projects and innovations to highlight<br />
staffs’ and students’ achievements.<br />
h. Collaboration and establish networks<br />
with other higher education institutions<br />
in seeking for advice, panel of<br />
assessors’ for evaluation on research<br />
papers and studies.<br />
8.13 QUALITY ASSURANCE UNIT<br />
ISHAM SAHAR BIN ISMAIL<br />
ISYATI BT SUPARMAN<br />
LATIFAH BT HUSSAIN<br />
RUZLINDA BT MUSTAFFA<br />
MOHD NAJIB BIN MOHAMMAD ZAIN<br />
SITI HAJAR BT ISMAIL<br />
FIRDAUS BIN MOHAMED SAHID<br />
AHMAD FAIZAL BIN MOHAMED<br />
HASMAWAZI BT HAMZAH<br />
MORIZA BT FIKRI<br />
UMMI KALSOM BT AB HAMID<br />
Ext : 2198<br />
Ext : 2350<br />
Ext : 2350<br />
Ext : 2225<br />
Ext : 2235<br />
Ext : 2226<br />
Ext : 2326<br />
Function Contact Personnel Contact No.<br />
The Quality Assurance Unit (UJK) of<br />
<strong>Politeknik</strong> <strong>Tuanku</strong> <strong>Sultanah</strong> <strong>Bahiyah</strong> was<br />
formed in 2005 known as Quality Unit. The<br />
Quality Assurance Unit divided into two (2)<br />
units. The Quality Management Unit and<br />
Accreditation Management Unit.<br />
The Quality Management Unit is<br />
responsible for quality management in<br />
<strong>Politeknik</strong> <strong>Tuanku</strong> <strong>Sultanah</strong> <strong>Bahiyah</strong>. The<br />
efforts of continuous improvement are the<br />
objectives of Polytechnic in implementing<br />
MS ISO 9001:2008 Quality System. The<br />
approach used in their pursuit of<br />
continuous improvement is in accordance<br />
with the method of Planning,<br />
Implementation, Review and Action(Plan,<br />
Do, Check, Action -PDCA).<br />
The Accreditation Management Unit is<br />
responsible for preparing the application<br />
documents for Full Accreditation by<br />
Malaysian Qualifications Agency (MQA) in<br />
<strong>Politeknik</strong> <strong>Tuanku</strong> <strong>Sultanah</strong> <strong>Bahiyah</strong>.<br />
WAN MUSTAFFA BIN WAN YUSOFF<br />
(Head of Quality Assurance Unit)<br />
RAJA INTAN ZARINA BINTI RAJA ZAKI<br />
HASHIM<br />
(Head Of Quality Management)<br />
MOHD YUSAINI BIN MOHAMED ALI<br />
(Accreditation Management Officer)<br />
MARLIA BINTI MARZUKI<br />
(Quality Management Officer)<br />
Ext : 2330<br />
Ext : 2468<br />
Ext : 2181<br />
Ext : 2469
Function Contact Personnel Contact No.<br />
The Quality and Accreditation Management<br />
Unit serves the following purposes:<br />
a. Polytechnics Quality and Accreditation<br />
Management Secretariat<br />
b. Planning, implementation, coordination<br />
and monitoring of program / activities<br />
for full accreditation by MQA<br />
c. Polytechnic quality and accreditation<br />
management<br />
d. Polytechnics Quality Assurance Unit<br />
facilities management.<br />
8.14 INTERNAL AUDIT UNIT<br />
Function Contact Personnel E-Mail<br />
The internal audit is an assurance<br />
function that provides independent<br />
and objective consultancy services<br />
to add value and improve an<br />
organization's operations. The<br />
objectives of Internal Audit Unit are<br />
to help an organization achieve its<br />
goals through a systematic and<br />
disciplined approach to evaluate and<br />
determine the effectiveness of all<br />
control and governance processes.<br />
Internal Audit Unit is responsible for:<br />
i. To conduct audits of financial<br />
management and performance<br />
audit.<br />
ii. To examination of the financial<br />
system, internal controls and<br />
financial records whether the<br />
expenditure, revenue, assets and<br />
stores have been managed in<br />
accordance with law.<br />
iii. To determine the goal sachieved<br />
and resources used prudently,<br />
efficiently and effectively.<br />
SITI ROHANI BINTI ALI<br />
(Head of Internal Audit Unit)<br />
SITI AISHAH BINTI OSMAN<br />
(Assistant Head of Internal Audit<br />
Unit)<br />
AZLINA BINTI AZMI<br />
(Secretary)<br />
NURUL AKMAL BINTI<br />
KAMARUDDIN<br />
(Coordinator of MQA Accreditation)<br />
SHAMSUL BIN ABD RASHID<br />
(Coordinator of ISO Audit)<br />
MUHAMMAD FAIRUZZAIRI BIN<br />
ABDUL HAMID<br />
(Coordinator of Asset Audit)<br />
AHMAD FIKRI BIN ABD RAHMAN<br />
(Coordinator of Financial Audit)<br />
SABRINA BINTI ABDUL RAHIM<br />
(Coordinator of Information System<br />
Audit)<br />
rohani@ptsb.edu.my<br />
sitiaishah@ptsb.edu.my<br />
azlinaazmi@ptsb.edu.my<br />
nurulakmal@ptsb.edu.my<br />
samsul@ptsb.edu.my<br />
fairuzzairi@ptsb.edu.my<br />
fikri@ptsb.edu.my<br />
sab@ptsb.edu.my
9.0 PROFESSIONAL CERTIFICATION<br />
This professional certificate is a finishing programme offered to the final year students to give<br />
them an added value for the programme.<br />
Professional Certificate<br />
Green Card (CIDB)<br />
AutoDesk Certification -<br />
AUTOCAD 2D DAN 3D<br />
Essential Skills<br />
Development Training<br />
Safety & Health Officer<br />
Course (SHO)<br />
Related Course<br />
Code & Course<br />
AW101<br />
Occupational Safety and<br />
Health 1<br />
AT401<br />
Industrial Training<br />
Descriptions<br />
� This programme is offered to all Engineering<br />
Students before Industrial Training.<br />
� To improve and expose students with safety<br />
and health awareness in industrial training.<br />
� To ensure that students have a basic<br />
knowledge about the safety and health in<br />
working environment.<br />
CC204<br />
Computer Aided Drafting � This programme is specifically offered to<br />
Final Year Students of Diploma in Civil<br />
Engineering and Diploma in Wood Based<br />
Technology.<br />
� To enhance student’s skills and technique in<br />
2D and 3D product designs.<br />
CW 303<br />
Product Design and<br />
Innovation<br />
AW101<br />
Occupational Safety and<br />
Health 1<br />
AW201<br />
Occupational Safety and<br />
Health 2<br />
� This programme is specifically offered to<br />
Final Year Students in Engineering<br />
� To expose the student regarding Safety and<br />
Health Act at work place.<br />
� To provide students with certificate as<br />
Certified Safety & Health Officer.
Professional Certificate<br />
Problem Solving Skills<br />
Using Six Sigma<br />
Methodology<br />
Graduates Career<br />
Development<br />
Enhancement Program<br />
Career Clinic Program -<br />
Persediaan ke alam<br />
pekerjaan<br />
Career Clinic Program<br />
Profiling Test<br />
Related Course<br />
Code & Course<br />
AS101<br />
Soft Skills<br />
Descriptions<br />
� This programme is specifically offered to<br />
Final Year Students in Engineering.<br />
� To strengthen the generic skills of the<br />
students as to enable them to be competitive<br />
and enhance their career opportunities in the<br />
job market.<br />
� To strengthen the students human capital<br />
potential as part of their skills to increase<br />
employment and technical expertise among<br />
graduates.<br />
� This programme is specifically offered to<br />
Final Year Students.<br />
� To involving information routing activity direct<br />
career to student.<br />
� To give exercised as platform to graduate<br />
and potential graduate to build career<br />
through various employability programme.<br />
� This programme is specifically offered to 1st<br />
Year Students (Semester 1 or Semester 2).<br />
� To identify student tendency on career that<br />
liked according to personality suitability<br />
respectively.
10.0 POLYTECHNIC SITE MAP
11.0 EDITORIAL BOARD<br />
Advisor : Abdul Hanif Bin Mustapha<br />
Chief Editor : Wan Mohamad Fisol Bin Wan Min<br />
Assistant Editor : Hamzan Bin Harun<br />
Writers<br />
Editor<br />
1. Mohd Zaki bin Doi (Head Writer)<br />
2. Nor Suwadah binti Mohamed<br />
1. Dalmataksiah binti Mohd Zain<br />
2. Nik Haniza Binti Nik Ngah<br />
3. Nurul Huda Binti Abdul Razak