Please note - Swinburne University of Technology

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Course structure (1990 Syllabus) Hours per week First year (Y057) Sem 1 Sem 2 CE116 Engineering Solid Mechanics 3 3 EE181 Engineering - Electronics and Computing 4 4 MM121 Engineering Energy Systems 2 4 MM122 Engineering - Chemistry and MM123 Materials 3 3 Engineering - Graphics and CAD 2.5 2.5 EF180 Engineering - Physics 2.5 2.5 EF190 Professional Studies 2 1 SM199 Engineering Mathematics 3 3 -- 22 23 -- Hours per week Second year (EOSO) (unstreamed) Sem 1 Sem 2 EE254 Electrical Design 2 2 EE258 Electrical Machines 3 3 EE263 Computer Systems Engineering 3 3 EE282 Communication Principles 2 2 EE283 Electrical Circuits 3 3 EE287 Electronics 3 3 SM294 Engineering Mathematics 4 4 SP294 Engineering Physics 2 2 -- 22 22 -- Hours per week Third year (E050) (unstreamed) Sem 1 Sem 2 EE300 Industrial Experience 24 weeks EE363 Computer Systems Engineering 4 EE383 Electromagnetic Fields 2 EE384 Electrical Power & Machines 3 EE386 Electronics 3 EE388 Communications 3 EE389 Linear Systems & Control 4 SM394 Engineering Mathematics 3 22 Fourth year Computer Systems Engineering Stream (E054) EE402 Management Fundamentals EE459 Electrical Design EE465 Engineering Systems Software EE467 Computer Communications EE474 Computer Systems Engineering EE489 Control Systems SM494 Engineering Mathematics EE400 EE403 lndustrial Experience Engineering Project Management HOUIT per week Sem 1 Sem 2 3 * 3 3 * 3 24 weeks ** Electrical Power and Control Engineering Stream (E055) EE402 Management Fundamentals EE456 Electrical Design EE465 Engineering Systems Software EE475 Electrical Power and Machines EE476 Eledronics EE489 Control Systems SM494 Engineering Mathematics EE400 EE403 lndustrial Experience Engineering Project Management Communication and Electronic Engineering (E056) EE402 Management Fundamentals EE458 Electrical Design EE465 Engineering Systems Software EE482 Communications EE483 Electronics EE489 Control Systems SM494 Engineering Mathematics EE400 EE403 lndustrial Experience Engineering Project Management * Subjects common to all streams. ** Done externally while on lndustrial Expel Fifth year Computer Systems Stream (E054) EE502 Management Practice 1 EE556 Project EE561 Computer Sy;tems Enqineerinq EE562 computer Electronics EE563 Advanced ComDuter . - Techniques EE598 Digital Systems & Control Electrical bwer and Control Engineering Stream (E055) EE502 Management Practice 1 EE556 Project EE559 Electrical Machine Drives EE576 Electronics EE597 Electrical Power Systems EE598 Digital Systems and Control Hours per week Sem 1 Sem 2 3 * 3 3 * 5 3 3* 24 weeks ** Hours per week Sem 1 Sem 2 3 3 24 weeks Hours per week Sem 1 3* A** Hours per week Sem 1 3* 4* * 5 3 5 2 *
Hours per week Communication and Electronic Engineering Stream (E056) Sem 1 EE502 Management Practice 1 3 * EE544 Electronic Communications System 3 EE545 Electronics 4 EE548 Communications 6 EE556 Project 4** EE598 Digital Systems & Control 2** - 22 * Common to all streams. ** Project time is 4 hourslweek for 14 weeks and 22 hours1 week for 4 weks. With the apprwal of the Associate Dean of the School, students may be permitted to undertake an additional subject fmm the Arts or Business Faculties as an optional non-technical elective during the course. ~085 Graduate Diploma in Computer Systems Engineering This part-time course is intended to produce graduates with a set of computer systems engineering skills, based soundly on engineering and computer science principles. There is a demand for continuing professional education in this field from qualified engineers, who require enhancement of skills in computer science and from computer professionals who require skills in disciplines such as electronics, communications and control. Some diversity is offered in the common second year by the opportunity to choose elective subjects and individual design projects. To gain admission to the course, applicants must have a degree, diploma or equivalent qualification, together with relevant experience. The course will only be available on a part-time basis, wer four semesters. n Course structure (1993 Syllabus) z Hours 9, First year per week m 3 Semester 1 'P. EE641 Fundamentals of Computing 3 EE642 Data Structure s. 3 3 Semester 2 * EE643 Computer Systems Software 3 EE644 Computer Systems Design 3 Second year Semester 1 Students should chose one of the following pairs of subjects: EE741 EE742 or EE745 EE746 or EE747 EE748 Computer Systems and Software Engineering 4 Computer Communications and Control 4 High-Performance Computer Architectures 4 Parallel Programming Techniques 4 Discrete Time Control Systems 4 Computer Control of Dynamic Systems 4 or EE749 Communication Networks 4 EE750 Digital Spectral Estimation 4 Semester 2 EE744 Design and Project 8 YO97 YO07 Master of Engineering Doctor of Philosophy Graduates who hold a Bachelor's degree and who have shown a high standard of academic achievement in that course may be admitted to candidature for the degree of Master of Engineering or Doctor of Philosophy. The higher degree programs currently available require the presentation of a major thesis based on original research, investigation or development work, carried out either within Swinburne or externally, providing that adequate facilities and supervision can be arranged. External work can be carried out in an approved industrial, governmental, educational or research organisation. Copies of the Statute for the degree of Master and PhD appear in the 'Procedures and Regulations' chapter of this Handbook, and application forms are available from the Office of Research and Graduate Studies. School of lnnovation and Enterprise courses The School of Innovation and Enterprise was established in 1991 and is the newest School in the Faculty. The School is designed as a self-contained entity dedicated to excellence in innovative education. The School is currently housed within the Faculty of Engineering. This strategic alliance adds value to students' learning experiences by exposing them to current technologies, and to the opportunities at the forefront of Australian science and technology. The School has built its own pool of full and part-time professional educators dedicated to teaching the management of innovation to practising managers. A key feature of all its programs is the use of 'pracademia' (team teaching between a practitioner and an academic). The School's aims are to provide its students with the necessaly skills and understanding to start and grow businesses, and for existing corporations to introduce an innovative culture. There are currently a number of students undertaking PhDs and Masters by research, and the School has an active consultancy division. In 1993, the School commenced teaching two of its programs in Singapore. Courses offered YO72 Graduate Certificate in Enterprise Management YO73 Graduate Certificate in ltaining Management YO81 Graduate Diploma in Management (by coutsework) YO82 Graduate Diploma in Entrepreneurship and lnnovation (by coursework) Y082X Graduate ~ i~ioma in Entrepreneurship and lnnovation (Singapore program) (by coursework)
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Please note The text in this file h
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1994 Calendar January 1 New Year's
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The information given in this Handb
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General University lnformation Coat
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Swinburne A proud history The 1992
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Swinburne Council Membership as at
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School of Innovation and Enterprise
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should be presented when making a p
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wanting to develop language skills
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Inter-libary Loans M. Wilkinson, As
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which have traditionally been domin
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Career Planning and Industry Liaiso
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Executive at the monthly meeting re
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Campus Computers - Student Union Co
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Swinburne Higher Education Division
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Bachelor of Design BDes* Graphic De
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Arts All Graduate Diplomas and High
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Refund of fees Later VTAC offer A s
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Swinburne Centres Centre for Animat
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Energy Systems Engineering Centre D
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esearch for contesting tax assessme
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n nl n Staff - Faculty of Applied S
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Application procedure Application f
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Employers of students benefit by ob
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Operations research Operations rese
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Career potential Using their knowle
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zos6 Computing and lnstrumentation
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Applicants who do not satisfy the a
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Prerequisites (entrance 1994) Units
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Semester 2 Course Work Subject 12.5
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9 n C lnstrumentation units SP541 S
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list may be augmented to meet stude
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Subject details ABZOO Knowledge Tho
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The rules of evidence: statutory an
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Subject aims To train students to:
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Subject aims To build upon the conc
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Textbooks To be advised IT904 The S
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1~934 Real Time Systems 12.5 credit
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s~z03 Building Standards 8.0 credit
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nutrition and growth. Types and com
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- w sc48 Environmental Science 12.5
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Subject description Selected experi
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~ ~ 6 9 0 Computers in Chemistry 6.
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E q g . SC 3' . Q sc739 Colloid Rhe
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Photon correlation spectroscopy, sm
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2 O K S l' u Q Statistics Mean and
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Discrete joint distributions of two
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Advanced forecasting The Box-Jenkin
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-n cu n Seminars Throughout the sem
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n al n Productivity Press, 1990 Saa
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sM747 Secondary Data Analysis 12.5
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Statistical packages Minitab, Versi
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Matrix algebra Matrices and matrix
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Subject description Forces and Ener
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n c_ SP424 Clinical Monitoring A 8.
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L ~~530 Scientific Instrumentation
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z' n 2 -0 o_ -. g Subject descripti
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Subject description Biophysical tec
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SPI 209 Physics 10.0 credit points
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n w n c .a Y sqloo Programming in A
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54306 Human-Computer Interaction 10
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documentation and system evaluation
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product risk analysis; costlbenefit
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Faculty of Arts Staff 128 Centres 1
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Courses offered Undergraduate Assoc
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1. Administration and management 2.
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made in writing to the Registrar as
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Course requirementslstructure To qu
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Stage 3 N302 Work Experience in Jap
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part in complementing studies in ot
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Sociology'also offers a Graduate Di
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(f) to prepare students for entry l
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~088 Graduate Diploma in Korean The
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Year 2 Semester 1 AY514 Development
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Course structure The program is a o
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~ ~ 2 0 Advanced 7 Italian 2B No. o
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ADI 08 Issues in Multicultural Aust
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AH101 History of ldeas No. of hours
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immunology and the rise of scientif
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Japanese characters and vocabulary
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Reference Halpern, J. New Japanese-
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Topics include political parties an
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References Brandt, Vincent, S.R. A
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Subject aims and description This s
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20th century the emphasis is on dev
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the cultural implications of new ch
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Subject aims and description This s
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AM504 Professional Production No, o
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Section 3 The Consciousness of the
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which many of Australia's most rece
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Methodology of Social Research No.
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References Grenville, K. The Writin
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References Dang, C.L. and Le, K.K.
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~ ~ I 4 Counselling 1 in the Human
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References Cormier, W.H. and Cormie
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Psychology of Work Organisational t
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econometric modelling - simple line
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sC174 Biology No. of hours per week
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Staff - Faculty of Business Dean M.
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General Faculty lnformation Enrolme
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Z E Standards of Progress 1. Preamb
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2 n Australian Computer Society Pri
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A business modelling major or minor
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Business Law Stage one (core unit)
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The following language units are st
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will have a recognised qualificatio
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Level 3 BT630 Data Base Management
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The core units are designed to prov
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will provide the professional manag
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Subject details AA312 European Comm
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88804 Management 5: (Management and
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n Textbook Rirson, G. et al. Busine
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emain in the years ahead when new i
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A BC~I 3 Investment Analysis No. of
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z n Q L 2 ~ ~ 7 0 1 Accounting for
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BE227 Environmental Economics No. o
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Applied Economics Honours Research
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Page 247 and 248: Z industrial conflict - penal power
Page 249 and 250: Case studies Case studies and discu
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Page 259 and 260: ~~223 lnformation Systems 1 No. of
Page 261 and 262: Subject aims and description Inform
Page 263 and 264: BT404 Computer Programming Subject
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Page 269 and 270: X 51 6 h Y 5, KT703 Introduction to
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Page 274 and 275: School of Innovation and Enterprise
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Page 278 and 279: Students who have completed a Certi
Page 280 and 281: Examinations and assessment Various
Page 282 and 283: Summer School in that subject. On t
Page 284 and 285: Account will be taken of performanc
Page 286 and 287: Major studies are offered in the fo
Page 288 and 289: mended subjects are those equivalen
Page 292 and 293: YO91 Y091X YO95 YO01 Degree of Mast
Page 294 and 295: team participation and hence attend
Page 296 and 297: MOSS Bachelor of Technology (Aviati
Page 298 and 299: Hours per week Second year Sem 1 Se
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Page 304 and 305: Liaison with other council departme
Page 306 and 307: Road materials and tests: aggregate
Page 308 and 309: Plastic analysis of structures: app
Page 310 and 311: Introduction to the finite element
Page 312 and 313: cE490 Construction Management No. o
Page 314 and 315: Subject description A selection of
Page 316 and 317: CE693 Introduction to Contract Law
Page 318 and 319: ~ ~ 4 9 1 Biochemical Engineering N
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Page 328 and 329: EE548 Communications No, of hours p
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Page 334 and 335: Integrated voice, data and video ne
Page 336 and 337: EF624 Management Practice No. of ho
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The prime focus of this subject is
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References American Society of Heat
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improvement, work sampling in maint
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and amount of reserve fuel, the use
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Weight and balance determinations E
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Direction of chemical reactions. Ch
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References Ashby, M. and Jones, D.R
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MM271 Manufacturing Technology No.
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Part B Vibrations: A basic course i
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forming; general requirements, mech
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MM440C Control Engineering No. of h
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Polymeric materials - blow moulding
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MM510 Combined Heat and Mass Transf
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MM550 Design for Manufacture No. of
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Students will use state-of-the-art
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Subject aims and description The su
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References Armarego, E.J.A. and Brw
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References Kochan, A. and Cowan, D.
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References Foley, J.D. and Van Dam,
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effects associated with financial r
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and improvement; diagnosis and trou
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Determination of levels of insuranc
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MM905 Cornputen and Interfacing No.
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previous work in computer programmi
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Differential equations - revision o
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Toxicology Toxic substances, mechan
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Staff Professors Head of School R.
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GP44 Graphic Design Diploma of Art
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~~6041 Copywriting 6 No. of hours p
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I. n RG2ll History of Arts 2 No. of
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Industrial Design subject details A
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methodology is the main subject cov
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ID7026 MaterialslProcesses (ID) 2B
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Course structure 1 year full-time S
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Assessment Regulations At time of p
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4.6.7 Be present, or a nominee shal
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7.2.2 Before recommending the resul
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(b) Credit transfer information wil
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7.2 The Head of Department will ens
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5.1 a department or other recognise
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9. A candidate shall normally be re
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In the case where the Committee, af
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Arts Centres ......................
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Calendar . Important dates (see ins
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Energy Systems Engineering Centre .
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lnforrnation Systems Department (se
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Reading Room. students ............
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Prahran Campus a~mt Bulldlng and Ro
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