MANDATORY DISCLOSURE (2008-2009) - JSPM

MANDATORY DISCLOSURE 

(2008-2009) 

ENGINEERING / TECHNOLOGY PROGRAMMES 

TSSM’s Padamabhooshan Vasantdada Patil Institute of Technology, 

Bavdhan Khurd, Taluka – Mulshi, District – Pune 411021 

I. NAME OF THE INSTITUTION 

Address including telephone, Fax, e-mail. 

Name TSSM’s Padamabhooshan Vasantdada Patil Institute Of Technology 

Address S.No. 33/22 

Village Bavdhan Khurd 

Taluka Mulshi 

District Pune 

Pin Code 411021 

State Maharashtra 

Temporary Location: 

Not applicable 

STD Code 020 

Phone No: 64102818, 64102877, 

22952361, 22952362 

Fax No. 24378702 , 22952361 E-Mail: pvpit@jspm.edu.in 

Web site www.j www.jspm.edu.in 

Nearest Rly 

Station 

Pune 12 Km 

Nearest Airport Lohagaon, Pune 24 Km 

II. NAME & ADDRESS OF THE PRINCIPAL 

Name : Capt (Dr) N. P. Sonaje 

Address : Flat No. B-7, Kamal Vihar, Mohan Nagar, Dhankawadi, Pune. 

Mobile : 9822315705 

III. NAME OF THE AFFILIATING UNIVERSITY 

Name University of Pune 

Address Ganeshkhind, Pune – 411007 ( Maharashtra ) 

Pin Code 

411007 

Period of 

Affiliation 

2007 – 2008 

STD 

Code 

020 

Phone No. 25601099,25696061,0062,6064,0065 

Fax No. 25693899 E-Mail / regis@unipune.ernet.in/ 

egis@unipune.ernet.in/ 

Web site www.unipune.ernet.in 

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IV. GOVERNANCE 

1. Members of the Board and their brief background 

Sr.No. Name Designation 

- - 

2 

Background 

1 Prof. T.J. Sawant President 

Prof. of Electrical Engineering, 

Founder Secretary of Jaywant 

Shikshan Prasarak Mandal 

2 Prof. S.L.Bhilare Secretary Professor in Civil Engineering 

3 Shri. V.M. Bhusare Member Social Work 

4 Shri. R.S. Sawant Member Social Work 

5 Shri. D.U. Sawant Member Social Work 

6 

Not received yet 

Member 

Member 

(A.I.C.T.E Nominee) 

7 Not received yet Member 

Member 

(University Nominee) 

8 Not received yet Member 

Member 

(D.T. E. Nominee) 

9 Capt (Dr.) N. P. Sonaje Member Principal 

2. Members of Academic Advisory Body 


1 Capt (Dr.) N. P. Sonaje Principal 

2 Prof. V. N. Phadkule H.O.D. Mechanical Engg 

3 Prof. S. N. Patil Co-ordinator Engg. Sci. 

4 Prof. S. L. Kurkute H.O.D. E & Tc Engg. 

5 Prof. S. M. Kulkarni H.O.D. Electronics Engg. 

6 Prof. Y. B. Gurav H.O.D. Computer Engg. 

7 Mrs. Angre Y.R. Office Superintendent 

3. Frequency of the Board Meetings and Academic Advisory Body 

Informal meetings--- Every week 

Formal meetings----Twice in a year 

Academic Advisory Body meeting ---- everyday 


4. Organizational chart and processes 

- - 

3 

Administrative 

GOVERNING 

BODY 

PRINCIPAL 

ADMIN. DEPTT. 

ACCOUNTS OFFICE SUPERINTENDENT LIBRARY 

ESTABLISHMENT STUDENT’S SECTION GENERAL ADMIN. 

LOCAL 

MANAGING 

COMMITTEE 

FINANCE 

COMMITTEE 

GOVERNING BODY 

STAFF 

COMMITTEE 

BUILDING & 

WORKS 

COMMITTEE 


4. Organizational chart and processes 

Head Elect. 

Engg. 

President 

P.V.P.I.T. Bavdhan, 

Pune 

Head 

Mech. 

Engg. 

- - 

4 

Academic 

Head 

E&TC 

Engg 

Principal P.V.P.I.T. 

Head 

Comp. 

Engg 

Governing Body 

F.E. Coordinator 

5. Nature and Extent of involvement of faculty and students in academic affairs / 

improvements 

The teaching faculty and the students of the college are deeply involved in continuous 

improvement of the academic standard. This involvement is a continuous process which 

takes place through the following forums. 

1. Department wise student’s organizations. 

2. Department wise meetings of Guardian Faculty Members with the students (periodic) 

3. Departmental faculty meetings on weekly basis. 

4. Meetings of heads of the dept. with Principal on weekly basis. 

5. Meetings of departmental faculty with Principal on monthly basis. 

6. Representation of faculty members in local management committee. The meetings of 

all these forums take place regularly and minutes are maintained. 

7. Conducting periodical test sand industrial visits for the students. 

8. Arranging extra lecturers for the students who are weak in some subjects. 

9. Arranging expert lectures from the field personalities. 

Head 

M.B.A. 


- - 

5 

6. Mechanism / Norms & Procedure for democratic / good Governance 

The management and administration of the college is totally transparent. Principal conducts 

meetings of all department heads every week and as and when required for solving regular 

difficulties and continuous improvement in organization. 

All issues related to the academic development, carrier development of teachers, 

development of infrastructure, training and placement of students are thoroughly discussed in 

the regular departmental meetings as well as meetings of staff with the principal, before 

implementation at the college level. 

7. Student Feedback on Institutional Governance / faculty performance 

The student’s feedback on the institutional aspects and faculty performance is obtained at the 

end of each term that is twice in a year. This feedback is based on certain aspects of staff 

such as punctuality, regularity, communication skill, and knowledge of the respective subject 

of the teaching staff. The feedback is analyzed at the level of heads of the department and 

corrective measures are taken whenever required. 

In addition to this a suggestion box is kept in the administrative office for the students where 

the students are free to give their opinion. 

8. Grievance redressal mechanisms for faculty, staff and students 

The institute is affiliated to the University of Pune. The university already has a grievance 

redressal mechanism for the faculty /staff and students. However at the institute level, 

grievance redressal committee has been formed to deal with the day to day as well as urgent 

problems of the faculty/staff, students. 

The committee members are as follows 


1 Capt (Dr.) N. P. Sonaje Principal 

2 Prof. V. N. Phadkule H.O.D. Mechanical Engg 

3 Prof. S. N. Patil Co-ordinator Engg. Sci. 

4 Prof. S. L. Kurkute H.O.D. E& Tc Engg. 

5 Prof. S. N.Kulkarni H.O.D. Electronics Engg. 

6 Prof. Y. B. Gurav H.O.D. Computer Engg. 

7 Mrs. Angre Y.R. Office Superintendent 


Sr. 

no. 

V. PROGRAMMES 

1. Name of the programmes approved by the AICTE 

Sr.no. Name of the course 

- - 

1. Mechanical Engg. 

2. Electronics & Telecommunication 

3. Electronics Engineering 

4. Computer Engineering 

5. Master in Business Management 

2. Name of the programmes accredited by the AICTE : Not Applicable 

3. Programme Details are given below: 

Name of the 

course 

1. Mechanical 

Engg. 

2. Electronics & 

Telecommuni 

cation 

3. Electronics 

Engineering 

4. Computer 

Engineering 

5. Master in 

Business 

Management 

No. 

of 

seats 

Durati 

on 

6 

Cut of marks/Rank 

for admission 

during the last three 

years PCM 

2006 

-07 

2007-08 

2008-09 

(Merit 

No.) 

Fee 

( Tution + 

Developm 

ent Fee) 

60 4 

Years 

160 99 50000/- 

60 4 

Years 153 105 50000/- 

60 4 

Years 

60 4 

Years 

60 2 

Years 

158 72 50000/- 

166 112 50000/- 

Not 

Applicable 

Admission through DTE, 

Mumbai are under process 

45600/- 

Placement 

Facilities 

Separate T 

& P cell has 

been 

established 

which takes 

care of all 

activities 

needed for 

getting 

placements. 

Campus 

Placement in 

last three 

years 

Min. 

Salary 

Max. 

Salary 

Institute is in third year 

engineering and first year 

M.B.A. Hence not applicable. 

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Avg. 

Salary

- - 

7 

4. Name and duration of programme(s) having affiliation / collaboration with Foreign 

University(s) / Institution(s) and being run in the same campus along with status of their 

AICTE approval. If there is foreign collaboration, give the following details: 

Not Applicable 

Details of the Foreign Institution/University: Not Applicable 

Name of the University/Institution 

Address 

Website 

Is the Institution/University Accredited in its Home Country 

Ranking of the Institution/University in the Home Country 

Whether the degree offered is equivalent to an Indian Degree? If yes, the name of the 

agency which has approved equivalence. If no, implications for students in terms of 

pursuit of higher studies in India and abroad and job both within and outside the country. 

Nature of Collaboration 

Conditions of Collaboration 

Complete details of payment a student has to make to get the full benefit of collaboration. 

For each Collaborative/affiliated Programme give the following: 

Programme Focus 

Number of seats 

Admission Procedure 

Fee 

Placement Facility 

Placement Records for last three years with minimum salary, maximum salary and 

average salary: Not Applicable 

Whether the collaborative programme is approved by AICTE? If not whether the 

Domestic / Foreign Institution has applied to AICTE for approval as required under 

notification no. 37-3/Legal/2005 dated 16th May, 2005 : Not Applicable 

VI. FACULTY: 

Branch wise list faculty members: 

Sr. No. Name of The Teaching Faculty Designation 

Engineering Sciences ( F.E. ) 

1 Capt Dr. Sonaje N. P. Principal 

2 PROF. Patil S. N. Asst. Prof. 

3 PROF.Mrs. S.D. Kapade Ghorpade) Asst. Prof. 

4 PROF. Mr. Lokhande N.M. Asst. Prof. 

5 PROF. Mr. Jain I. M. Asst. Prof 

6 PROF. Mrs. Yadav S. M. Lecturer 

7 PROF.Mr. Kokane S. J. Lecturer 

8 PROF. Mrs. Shinde P.S. (Hole P.B.) Lecturer 

9 PROF. Miss. Joshi Rashmi Lecturer 


- - 8 

10 PROF. Mr. Sawant V.S. Lecturer 

11 PROF. Mrs. Shisode B.A. Lecturer 

12 PROF. Mrs. Thavare S. S. Lecturer 

13 PROF. Mrs. Andhare M.S. Lecturer 

14 PROF. Mr. Shelke D.B. Lecturer 

15 PROF. Mrs. Abin Deepa Lecturer 

16 PROF. Mr. Wagh N. R. 

Electronics Engineering Staff 

Lecturer 

17 PROF. Mr. Kulkarni S.M. Asst. Prof. & HOD 

18 PROF. Mr. Nipanikar S. I. Asst. Prof. 

19 PROF. Mr. Kazi R. L. Lecturer 

20 PROF. Miss. Mulmule P.V. Lecturer 

21 PROF. Mr. Kendre S.S. Lecturer 

22 PROF. Mr. Chavan P.P. Lecturer 

23 PROF. Mrs. Patil A.S. Lecturer 

24 PROF. Mrs. Patil H.N. Lecturer 

Electronic and Telecommunication Engineering Staff 

25 PROF. Mr. Kurkute S.L. Asst. Prof. & HOD 

26 PROF. Mr. Dhoot N.D. Asst. Prof. 

27 PROF. Mrs. Badadhe V.A. Lecturer 

28 PROF. Miss. Patil B. S. Lecturer 

29 PROF. Mrs. Nipanikar R.S. Lecturer 

30 PROF. Mr. Thune N.N. Lecturer 

31 PROF. Mrs. Kaurani Reena Lecturer 

32 PROF. Mrs. More Sapna Lecturer 

33 

Mechanical Engineering Staff 

PROF. Mr. Phadkule V.N. Prof. & HOD 

34 PROF. Mr. Dhekane A.S. Professor 

35 PROF. Dr. Kedar H. I. Professor 

36 PROF. Mr. Bhortake R.V. Asst. Prof. 

37 PROF. Mr. Dambhare S.G. Asst. Prof. 

38 PROF. Mr. Mahajan G.N. Asst. Prof. 

39 PROF. Mr. Bulbule A.H. Sr. Lecturer 

40 PROF. Miss. Wasnik A.S. 

Computer Engineering Staff 

Lecturer 

41 PROF. Mr. Gurav Y. B. Professor & HOD 

42 PROF. Mr. Asrani S.K. Asst. Prof. 

43 PROF. Mr. Bagade V.V. Sr. Lecturer 

44 PROF. Mr. Kadam S.U. Lecturer 

45 PROF. Miss. Bodake S. V. Lecturer 

46 PROF. Miss. Lomate V. M. Lecturer 

47 PROF. Mrs. Gawande D. S. Lecturer 

48 

M.B.A. 

Lecturer 

49 Prof. A K Sood Professor 

50 Prof. Tammenwar Mamta Lecturer 

51 Prof. Sharma M P Lecturer 

52 Prof. Ms. Chitta Kalyanlaxmi Lecturer 


- - 

Permanent Faculty : 52 

Visiting Faculty : Nil 

Adjunct Faculty : Nil 

Guest Faculty : Nil 

Permanent Faculty: Student Ratio: 1: 15. 

Number of faculty employed and left during the last three years : 

Sr. No. Academic Year Faculty employed Faculty Left 

1 2005 -06 Not Applicable Not Applicable 

2 2006 - 07 16 13 

3 2007 - 08 34 14 

4 2008 - 09 32 -- 

* Total faculty existing in the college = 52 

VII. Profile of Principal 

1. Name : Capt. (Dr.) Nitin Pandurang Sonaje 

2. Date of Birth : 24 Apr 1972 

3. Educational Qualification: 

S 

N 

Diploma /Degree University 

i Ph.D. (Civil Engg) “Use of 

Information System (Soft Computing 

Tools) for Infiltration Modeling in 

Rainfall – Runoff Simulation”. 

9 

Shivaji University, 

Kolhapur 

Year of 

Passing 

Percentage 

Obtained 

2007 Declared 

ii Post Graduate Dip in Foreign Trades SIMS, Pune 2001 70.00 

iii Master Dip in Personnel Mgt & 

Industrial Relations. 

SIMS, Pune 2000 63.00 

iv M. E. (Civil) Water Resources 

Management 

Gujrat University, 

Ahmedabad 

1997 68.44 

v GATE (Civil Engg.) IIT Kharagpur 1994 69.09 

vi BE (Civil - Water Mgt) Dr. B.A. Marathwada 

University, Aurangabad 

1994 65.66 

vii DCE BTE, Bombay 

Military Qualifications 

1990 73.90 

SN Course Duration Institute 

i Basic Military Training (SSC - Tech - 04) 08May 95 - 08 Mar 96 OTA, Madras 

ii Young Officers (Engineers) Course (YO's - 103) 14 Oct 96 - 05 Apr 97 CME, Pune 

iii Engineer Officers Camouflage Course (E-Cam - 

29) 

29 Sep 97 - 01 Nov 97 CME, Pune 

iv Nuclear, Biological & Chemical Warfare Unit 

Officers Course (NBCW - UO - 06) 

05 Nov 97 -27 Jan 98 CME, Pune 

v Engineer Officers Combat Engg Instructor 

Course (EOCEI – 16) 

09 Nov 98 -30 Jan 99 CME, Pune 


4. Work Experience: 

- - 

S. N. Type of Experience Place of Work Period 

1. Teaching and 

Research 

10 

Shivaji University Kolhapur, 

JSPM’s Imperial College of Engg & 

Research Wagholi, Pune, 

College of Military Engg, Pune 

05 Years 02 

Months 

2 Professional and Shivaji University, Kolhapur 04 Years 07 

Administrative 

Months 

3 Professional, 

Administrative & 

Instructional 

Indian Army (Corps of Engineers) 06 Years 

4 Professional ING Vysya Bank Ltd., Mumbai, 02 Years 08 

Natraj Consultant, Lasalgaon 

(Nasik) 

Months 

Area of Specialization : Water Resources Management 

Subjects teaching at Under Graduate Level : Appled Mechanics, 

Fluid Mechanics 

Basic Civil Engg 

Subjects teaching at Post Graduate Level : Industrial Wastewater Treatment 

Advance Wastewater Treatment 

Human Resources Management 

Material Management 

Research Guidence : NIL 

Projects carried out : One (Rain Water Harvesting at Shivaji 

University, Kolhapur). 

Patents : Nil 

Technology Transfer : Nil 

Research Publications 

 

1. Sonaje N. P. and Waikar M. L., 2006, “Modeling of Precipitation – Runoff Relation Using 

Natural Resources Conservation Service (NRCS) Method and Mathcad,” Journal of Shivaji 

University, Kolhapur (Science and Technology) Vol. 40. 

2. Sonaje N. P., 2006, “Rain Water Harvesting at Lasalgaon, Dist – Nashik (Maharashtra),” 

Proceeding of Second International Conference on Hydrology and Watershed Management, 

2006, Vol. 2, pg. 1359 – 1376. 

3. Sonaje N. P. and Vikhe S.D. 2008, “Water Resources: Some Facts and Approaches”, 

Proceedings of Indo-Italian International Conference on Green and Clean Environment (GCE 

2008), Vol 2, pg. 895 – 901. 

4. Sonaje N. P. and Waikar M. L., 2008, “Modeling of Infiltration Process – A Review”, 

Journal of Institution of Engineers (India) – Civil Engg. (Submitted). 

No. of Books Published : One (“Production and Material Management” 

for Executive M.B.A. course of Shivaji 

University). 


2. Faculty Profile 

1. Name :- Indrajeet Mulamchand Jain 

- - 

2. Date of Birth :- 04/06/1976 

3. Educational Qualification : - B.E. (Civil) 

4. Work Experience :- 

Teaching :- 9 Year 

Research :- NIL 

Industry :- NIL 

Others :- NIL 

11 

M.E.(Structures Appearing) 

5. Area of Specialization :- Structural Design 

6. Subjects Teaching At :- 

Graduate Level :- Engg.Mechanics,Basic Civil Engg. 

Post Graduate Level :- NIL 

7. Research Guidance :- 

No. of Papers Published 

Master’s - National Journals - NIL 

Ph.D. - International Journals - NIL 

8. Projects Carried Out :- NIL 

9. Patents :- NIL 

10. Technology Transfer :- NIL 

11. Research Publications : - NIL 

12. No. of Books Published : - 09 

- Conferences- Nil 

Signature 



1. Name :- Smita Mahesh Yadav 

- - 

2. Date of Birth :- 20/06/1977 

3. Educational Qualification : - 



Research :- 4 Months 


Others :- NIL 

5. Area of Specialization :- Energy Studies 


Graduate Level :-Applied Sci.I,II,Solid State Physics,Electronics & 

Laser,Quantum Mechanics& Nuclear Physics,Fundamentals of Physics & 

Instrumentation. 










12. No. of Books Published : - NIL 

12 


Signature 



1. Name :- Surendra J. Kokane 

- - 

2. Date of Birth :- 10/02/1981 

13 

3. Educational Qualification :-M.Sc.(Chemistry) M.Phil.( 

Appearing) 



Research :- 1 Year 


Others :- NIL 

5. Area of Specialization :- Physical Chemistry 


Graduate Level :-Applied Sci.(Chem.) 












Signature 



- - 

1. Name :- Pratibha S. Shinde 

2. Date of Birth :- 23/06/1980 

3. Educational Qualification : - M.Sc.(Maths),B.ed. 


Teaching :- 4Years 



Others :- NIL 

5. Area of Specialization :- Differential Equations 


Graduate Level :- M-I,II,III 










14 



Signature 



- - 

1. Name :- Vijay Sawant 

2. Date of Birth :-25/11/1985 

3. Educational Qualification : - B.E.(B.E. Civil) 

4. Work Experience :-1 Years 

15 

M.E.(Appearing) 


Research :-NIL 


Others :- NIL 

5. Area of Specialization :- M.E. Structures 


Graduate Level :- Basic Civil Engg.,Engg.Mechanics 




Master’s - National Journals –NIL 

Ph.D. - International Journals -NIL 






- Conferences- NIL 

Signature 



1. Name :- Bhagyashri A. Shisode 

- - 

2. Date of Birth :- 06/06/1985 

3. Educational Qualification : - B.E. (Civil) 





Others :- NIL 

16 

M.E.(Structures persuing) 

5. Area of Specialization :- Structural Design 


Graduate Level :- Engg.Mechanics,Basic Civil Engg. 












Signature 


8. Faculty Profiles 

1. Name :- Andhare Maithili Shailesh 

- - 

17 

2. Date of Birth :- 19/01/1981 

3. Education Qualification :- ME (Appeared) 


• Teaching : - One Year 

• Research : - Nil 

• Industry : - Nil 

• Others : - Nil 

5. Area of Specialization :- Digital System 

6. Subject teaching at under 

Graduate Level : - EDC, BEE, DS 

Post Graduate Level : - Nil 

7. Research Guidance :- Nil 

No. of papers published in 

Master’s - National Journals 

PH.D - International 

- Conferences 

8. Projects Carried Out :- Home Page in HTML 

9. Patents :- Nil 

10. Technology Transfer :- Nil 

11. Research Publications :- Nil 

12. No. of Books Published with details:- Nil 

Photograph 



1. Name :-SHELKE DIGVIJAY BHASKARRAO 

- - 

2. Date of Birth :- 16/06/1981 

3. Educational Qualification :- B.E.(Mech) M.E.(Heat Power) - APPEARED 


Teaching :- 03 


Industry :- 01 

Others :- NIL 

5. Area of Specialization :- Thermal Engineering 


Graduate Level :- EG-II, BME,MQC,SME,MD. 









11. Research Publications :- NIL 

12. No. of Books Published :- NIL 

18 


Signature 



1. Name :- Sahebrao Narsingrao Patil 

- - 

2. Date of Birth :-01/01/1977 

Educational Qualification : -M.E.(Electrical Power System) 


Teaching :-6.5Years 


Industry :- 1 Years 

Others :- NIL 

5. Area of Specialization :- M.E. (Electrical Power System) 


Graduate Level :- Electrical Circuits & Machines 











19 

- Conferences- 08 

Signature 



1. Name :- Sheetal D.Kapade -Ghorpade 

- - 

2. Date of Birth :- 07/01/1977 

3. Educational Qualification : - M.Sc. (Maths) 


Teaching :- 9 Years 



Others :- NIL 

5. Area of Specialization :- 


Graduate Level :- M-I,II,III 










20 



Signature 



1. Name :- Mrs Netra M Lokhande 

- - 

2. Date of Birth :- 17/06/1975 

3. Education Qualification :- M.E(Electrical) 

4. Work Experience 

21 

• Teaching :- 9.3 yrs 

• Research :- Nil 

• Industry :- 7 months 

• Others :- Nil 

5. Area of Specialization :- Power Systems/ Power Electronics 


Graduate Level :- NT, BEE, PE, ECM,Material Science,Analog and 

Post Graduate Level :- Nil 



Digital Electronics 

Master’s - National Journals- 04 

- National Conferences -12 

- International Conferences- 04 

8. Projects Carried Out :- 1) Centroid Based PWM Switching Technique for 





Harmonic Reduction of full Bridge Inverter application 

2) Phase Shifting Transformer 

Photograph 

3) Mifare Card Money Transaction System 



- - 

1. Name :- Rashmi A. Joshi 

2. Date of Birth :- 10/08/1983 

3. Educational Qualification : - B.Tech. (Eletrical) 


Teaching :- NIL 


Industry :- 1Years 

Others :- NIL 

5. Area of Specialization :- Power system 


Graduate Level :- NIL 




22 

M.E.(Power system persuing) 









Signature 



- - 

1. Name :- Ms. S.S. Thavare 

2. Date of Birth :-30/10/1980 

3. Educational Qualification : - B.Sc. (Maths) 


23 

M.Sc. (Maths) 

Teaching :-2Years 6Months 



Others :- NIL 



Graduate Level :- M-I,M-II,M-III 












Signature 



1. Name :- Mrs. Deepa Abin 

- - 

2. Date of Birth :- 15/02/1983 

3. Educational Qualification : - B.E. (Computer) 


24 

Teaching:- 03 Years 10 Months 


Industry:- NIL 

Others:- NIL 

5. Area of Specialization :- Computer Engineering 


Graduate Level :- FDS, DSF, PPM, IR, DS, MM 




- National Journals - NIL 

- International Journals - NIL 

- Conferences - 02 





Signature 

12. No. of Books Published : - ONE ( Algorithm for WAWASAN Open University, Malaysia) 


- - 

25 


1. Name :- Mr. Nilesh R. Wagh 

2. Date of Birth :- 25/07/1983 



Teaching:- 01 Years 


Industry:- 02 

Others:- NIL 



Graduate Level :- ADMS, CO, CNI 

Post Graduate Level :- Software Engg, SM 











Signature 



1. Name :- Kazi Riyaj Latifuddin 

- - 

2. Date of Birth :- 25/03/1975 

3. Education Qualification :- B.E.(Electronics) 


26 

M.E.(Appeared) 

• Teaching :- 4 years 8 months 


• Industry :- 5 years 8 months 


5. Area of Specialization :- Control Engineering 


Graduate Level :- Network Theory, Semiconductor Devices &Circuits, 




Basic Electronics Engg., Discrete Circuit Design, 

Electronic Circuit Design, Electronic SystemDesign 



Conferences 

8. Projects Carried Out :- Remote Control, Three phase heater controller, UPS, 

INVERTER, Power Factor Corrector, MCCB Feeders 




12 . No. of Books Published with details:- Nil 

Photograph 



1. Name :- Mulmule Pallavi Vikram 

- - 

2. Date of Birth :- 27/04/1980 

3. Education Qualification :- Appearing M.E.(Elex) 

B.E.(E&TC) 


• Teaching :- 3.5 years 


• Industry :- Nil 


5. Area of Specialization :- Digital Systems 


Graduate Level :- Digital Electronics, Control System, Analog 

Post Graduate Level :- 




27 


Communication, Embedded System, MPMC 

National Conferences -01 

- Conferences 

8. Projects Carried Out :- Wireless Programmable Control Unit 

9. Patents :- 

10. Technology Transfer :- 

11. Research Publications :- 

12. No. of Books Published with details:- 

Photograph 



1. Name :- Kendre Sangmeshwar 

Shankarrao 

- - 

28 

2. Date of Birth :- 05/07/1982. 

3. Education Qualification :- B.E.(Electronics), 

M.E.(Appearing) 


• Teaching :- 1.5 Years 


• Industry :- 3.5 Years 


5. Area of Specialization :- Digital Systems, Microprocessor, Microcontroller 


Graduate Level :- DS, MIT, BEE, MMCA. 




Master’s - National Journals Nil 

PH.D - International Nil 

- Conferences Nil 

8. Projects Carried Out :- Navigatory Tracking & Firing System, Multistimulator, 





Photograph 

Negative Ion Generator, RFID based Autoattendance sys. 



1.Name :- Chavan Pratibha Pramod 

- - 

2.Date of Birth :- 02-06-1981 

3.Education Qualification :- Appearing M.E.(Elex) 


B.E.(E&TC) 

• Teaching :- 3 Years 


• Industry :- 1 Year 


5. Area of Specialization : - Digital Electronics 


29 

Graduate Level :- Digital Systems, Basic Electronics, DEM, CN, CF 






- Conferences 

8. Projects Carried Out :- “Mitutoyo Data Acquisition System” 


10.Technology Transfer :- Nil 



Photograph 



1. Name :- Kulkarni Shamsundar Murlidhar 

- - 

2. Date of Birth :- 03/10/1967 

3. Education Qualification :- B.E.(Electronics) M.E.(Electronics) 



• Research :- -- 

• Industry : -- 

• Others : -- 

5. Area of Specialization :- Image processing 


Graduate Level :- AICDA, EWRS, Mechatro, BEE, EPD. 

Post Graduate Level :- -- 



Master’s - National Journals-- 

30 

Ph.D - International-- 

- Conferences 04 

8. Projects Carried Out :- Image compression using Block Truncation Coding 

9. Patents :- -- 

10. Technology Transfer : -- 

11. Research Publications : -- 

12. No. of Books Published with details:- -- 

Photograph 

Signature 


- - 

31 


1. Name :- Prof. Nipanikar Sanjaykumar I. 

2. Date of Birth :- 01/08/1997 

3. Education Qualification :- M.E.(Digital Electronics) 


• Teaching : - 12Years 


• Industry : - 1.5 Years 


5. Area of Specialization : - Digital Electronics / Image Processing 


Graduate Level : - DSP, S&S, DS, NT, AICDA, EDW 


7. Research Guidance : - Nil 




- Conferences 

8. Projects Carried Out :- 1) Characterization of ECG signal 





2) Automatic Multistoried CAR Parking 

3) PH meter using microcontroller 

Photograph 



1. Name :- Mrs. Alaknanda S. Patil 

- - 

32 

2. Date of Birth :- 27 April 1978 

3. Education Qualification :- M.E.(Elex)-appeared, B.E.(I.E.) 




• Industry :- 2 Years 


5. Area of Specialization :- Digital system 


Graduate Level :- MPMC, Digital Electronics, Control System, Digital 




Communication. 




- Conferences 

8. Projects Carried Out :- SCADA for Water purification automation. 





Photograph 



1. Name :- Ms Hemangi N. Patil 

- - 

33 

2. Date of Birth :- 21/09/1984. 

3. Education Qualification :- B.E.(E & TC) 






5. Area of Specialization :- Digital Systems, Microprocessor, Microcontroller 


Graduate Level :- Microprocessors & microcontroller Techniques, Digital 






Systems, basic Electricals, Mechactronics 

- Conferences 

8. Projects Carried Out :- Microcontroller Based Water Level Monitoring & 





Controlling System( BE) 

Photograph 

Signature 


- - 

34 


1. Name :- Mr. Kurkute Sanjay Laxmanrao 

2. Date of Birth :- 10/12/1973 

3. Education Qualification : - M.Tech. 

Ph.D. (Regd.) 

4. Work Experience 11 years 

• Teaching : - 6.5 yrs. 

• Research : - 01 yr. 

• Industry : - 04 yrs. 

• Others : - Research Project (2 yrs.) 

5. Area of Specialization : - Electronics 


University of Pune. 

Graduate Level :- Power Electronics, Modern Electronics Systems., 

Basic Electronics, Semiconductor Devices&Circuits, 

Digital Electronics, Electronic Circuit Design, 

Mechatronics, Electronic Circuits & Application 

Programming in C, C+ +, Electronic Product Design. 

Post Graduate Level :- Structuring the new syllabus for M.E. 



Master’s - International Journals : 01 

National Journals : 01 in review process. 

PH.D - International IEEE : 02 

- Conferences : 05 

8. Projects Carried Out :- Research Project Under University of Pune 

9. Patents :- nil 

(Year-2008, 2009.) 

10. Technology Transfer :- Collaboration with Industries. 

11. Research Publications :- 07 papers. 

12. No. of Books Published with details:- 01 Published ( 01 in Process) 



1. Name :- Badadhe Vibhawari Avinash 

- - 

35 

2. Date of Birth :- 28/05/1982. 

3. Education Qualification :- B.E.(E&TC), M.E.(Appearing) 






5. Area of Specialization :- Digital Systems, Image processing 


Graduate Level :- EME,ECM,AC,CS,AVE,SDC,ECA,BEE 




Master’s - National Journals: 03 


- Conferences 

8. Projects Carried Out :- Hand Gesture Recognition using Neural Network 

9. Patents :- 




Photograph 

Signature 



- - 

1. Name :- Prof. N.D.Dhoot 

2. Date of Birth :- 22/01/1972 

3. Education Qualification :- M.E. (E & TC ) 



36 

• Research :- 1Years + 5Years 

• Industry :- 1Years + 5Years 

• Others :- ---- 

5. Area of Specialization :- Power Electronic, Digital Communication 


Graduate Level :- All 

Post Graduate Level :- Power Electronic, Digital Communication 





8. Projects Carried Out :- 108 

- Conferences 

9. Patents :- ---- 

10. Technology Transfer :- ---- 

11. Research Publications :- --- 

12. No. of Books Published with details:- 01 

Photograph 



- - 

1. Name :- Bharti Shriram Patil 

37 

2. Date of Birth :- 02/11/1981 

3. Education Qualification :- B.E(E&TC), M.Tech(Appearing) 


• Teaching :- 4.1 year. 




5. Area of Specialization :- E&TC ,Image Processing 


Graduate Level :- Microprocessor & Microcontroller, DSF, 




Embedded System, Digital System 



- Conferences 

8. Projects Carried Out :- Iris Recognition 





Photograph 

Signature 



1. Name : - Mrs. Rohini S. Nipanikar. 

- - 

38 

2. Date of Birth :- 26/01/1978 

3. Education Qualification :- B.E. (E& TC), M.Tech 

(Appeared) 


• Teaching : - 2 Yrs 2 months 


• Industry : - Nil 


5. Area of Specialization : - E & TCs 


Graduate Level : - EMP, MEP, PMS, AICDA, CS 






8. Projects Carried Out :- Nil 

- Conferences 





Photograph 


- - 

39 


1. Name :- Ms. Neeta N. Thune 

2. Date of Birth :- 27/02/1981 

3. Educational Qualification : - B.E. (E&TC) 


5. Area of Specialization :- E&TC 


M.Tech (E&TC) 




Others:- NIL 

Graduate Level :- DDCO, EWRS, EDC 






- Conferences - NIL 






Signature 



- - 

1. Name : - Reena. R. Kaurani 

2. Date of Birth :- 10 th October 1983 

3. Education Qualification :- BE(EXTC) 


centre Jalgaon 

• Teaching : - 1.8 years 

• Research : - nil 

• Industry : - nil 

• Others : - 1 month in LPT and HPT 

5. Area of Specialization : - Digital systems 


Graduate Level : - DSP, EEE, EMC, NT, Electronic workshop 




Master’s - National Journals --- 

PH.D - International ---- 

40 

- Conferences ---- 

8. Projects Carried Out :- Traffic density analyzer at BE Level 

9. Patents :- nil 

10. Technology Transfer :- nil 

11. Research Publications :- nil 

12. No. of Books Published with details:- nil 

Photograph 



1. Name :- Sapana Vinayak More 

- - 

41 

2. Date of Birth :- 04/03/1984 

3. Education Qualification :- B.E.(E&TC) 


• Teaching :- 11Months. 

• Research :- 

• Industry :-1 Year 

• Others :- 



Graduate Level :- (B.E.) electrical networks,wave shaping technique 






- Conferences 

8. Projects Carried Out :- TDM using fiber optics. 

9. Patents :- 




Photograph 



1. Name :- Bhortake Rupesh Vasudeo 

- - 

2. Date of Birth :- 01/05/1973 

3. Educational Qualification :- B.E.(Mech) 





Others :- NIL 

42 

M.E.(Production – Mfg. Engg. & Automation ) 

5. Area of Specialization :- – Manufacturing Engg. & Automation 


Graduate Level :- EG, BME, FM, MDCG,TMM-II, MSD,CASD-CAM 












Signature 



1. Name : - MAHAJAN GANESH NARAYAN 

- - 

2. Date of Birth : - 05/05/1977 

3. Educational Qualification : - B.E. (Mech) M.E. (Mechanical-Production) 





Others :- NIL 

5. Area of Specialization : - Production Engineering 


Graduate Level : - MP-I, MP-II, MQC, IM-II, BME, EG-II, CONM 

Post Graduate Level : - NIL 





8. Projects Carried Out : - NIL 

9. Patents : - NIL 

10. Technology Transfer : - NIL 



43 


Signature 



1. Name :- Phadkule Vivek Nirmalkumar 

2. Date of Birth :- 16/01/62 

- - 

3. Educational Qualification : - B.E. (Mech) 


Teaching :- 21 yrs. 


Industry :- 4.5 yrs. 

Others :- NIL 

44 

M.E.( Heat Power) 

5. Area of Specialization :- Fluid Mechanics & Cryogenics 


Graduate Level :- Engineering ( FM,HT,FM/C,IFP) 











12. No. of Books Published : - 01 Basic Mechanical Engg. 

Signature 



1. Name : - ARVIND SHANKAR DHEKANE 

- - 

2. Date of Birth : - 23/05/1943 

3. Educational Qualification : - M.E. (Mechanical) Design Engg 




Industry :- 16 years 

Others :- NIL 

5. Area of Specialization : R&D, Design Engineering 


Graduate Level : DME, TSD, Tribology, MSD, DOM 

Post Graduate Level : - M/C Stress Analysis, Design Engineering 



Master’s - National Journals - one 


8. Projects Carried Out : - NIL 

9. Patents : - NIL 

10. Technology Transfer : - NIL 



45 


Signature 



- - 

1. Name :- Kedar H.I 

2. Date of Birth :- 28/05/1974 



46 

M.E (Mechanical Design) 

Ph.D. (Mechanical Engg.) 

Teaching:- 10 yrs. 

Research :- 03 Yrs. 


Others:- NIL 

5. Area of Specialization :- Mechanical Engineering 


Graduate Level :- Engineering Graphics, BME, Applied 




Thermodynamics, Hydraulic Machines, 

Numarical Methods 

- National Journals - 04 

- International Journals - 


8. Projects Carried Out :- 

9. Patents :- 


11. Research Publications : - 

12. No. of Books Published : - 

Signature 



1. Name :- Sunil Ganpatrao Dambhare 

- - 

2. Date of Birth :- 07/04/1975 



Teaching :- 12 yrs. 



Others :- NIL 

47 

M.E.( Production Tech & Management) 

5. Area of Specialization :- Production Engineering 


Graduate Level :- Engineering Graphics, BME, Applied 




Thermodynamics, Hydraulic Machines 




8. Projects Carried Out :- ONE (Energy Park sponsored by MNES, Govt 





of India 

Signature 



1. Name :- BULBULE ANIRUDDH HARISHCHANDRA 

- - 

2. Date of Birth :- 05/01/1981 

3. Educational Qualification :- B.E.(Mech) M.E.(Heat Power) - APPEARED 





Others :- NIL 

5. Area of Specialization :- Thermal Engineering 


Graduate Level :- AT, IEM , BME , EG 











48 


Signature 



- - 

1. Name :- Archana.S.Wasnik 

2. Date of Birth :- 14/02/1983 






Others :- NIL 

5. Area of Specialization :- Design 


Graduate Level :- EG, BME. 




49 

M.E.(Design Appearing) 









Signature 



1. Name :- Mr. Shrawan Kumar Asrani 

- - 

2. Date of Birth :- 14/10/1959 

3. Educational Qualification : - B.E. (Electronics) 


50 



Industry:- 8 Years 

Others:- NIL 

5. Area of Specialization :- E& TC & Computer 


Graduate Level :- C, DBMS, CPP, FIM, DSF 







8. Projects Carried Out :- 02 Web development on JAVA 





Signature 



1. Name :- Mr. Virendra V. Bagade 

- - 

2. Date of Birth :- 11/04/1978 



51 

M.Tech. (IT) 




Others:- NIL 

5. Area of Specialization :- Information Tech 


Graduate Level :- CG, OOPL, DBMS, SE, ADBMS 












Signature 



1. Name :- Mr. Sandip U. Kadam 

- - 

2. Date of Birth :- 23/06/1981 



52 

M.E. (Comp) appeared 




Others:- NIL 



Graduate Level :- DS, OS, C , OOP 











12. No. of Books Published : - ONE (Programming in C) 

Signature 



1. Name :- Ms. Sarika V. Bodake 

- - 

2. Date of Birth :- 07/05/1985 



53 

Teaching:- 01 Years 6 Months 



Others:- NIL 



Graduate Level :- DS, FIM, PL, CG 












Signature 



- - 

1. Name :- Gurav Y.B. 

2. Date of Birth :- 05/05/1977 



54 

M.Tech (Computer) 

Teaching:- 10 yrs. 



Others:- NIL 



Graduate Level :- TOC, IR, PPL, CD 




- National Journals - 








Signature 



1. Name :- Ms. Veena M. Lomate 

- - 

2. Date of Birth :- 03/07/1980 



55 




Others:- NIL 



Graduate Level :- OS, C, CPP, DBMS, Linux, DS 

Post Graduate Level :- Software Engg, SM 











Signature 



1. Name :- Deepali S. Gawande. 

- - 

2. Date of Birth :- 06/10/1982 



56 

M.Tech (Computer) 

Teaching:- 09 Months 



Others:- NIL 



Graduate Level :- C, Numerical Algorithms 




- National Journals - 








Signature 



1. Name :- Mr. Hemant Shinde 

- - 

2. Date of Birth :- 19/12/1986 

3. Educational Qualification : - B.Tech. (Computer) 


57 

Teaching:- 01 Month 


Industry:- 01 Year 

Others:- NIL 

5. Area of Specialization :- Computer 


Graduate Level :- C, DBMS 












Signature 



1. Name :- Dr. Sood Arun Kumar 

- - 

2. Date of Birth :- 23/05/1949 

3. Educational Qualification : - BSC 


MMS 

Ph.D 


Research :- 03 Years 

Industry :- 16 Yeras 

Others :- NIL 



Graduate Level :- 

Post Graduate Level :- OBPPM,MC 



Master’s - National Journals - 02 






12. No. of Books Published : - 16 

58 


Signature 



1. Name :-Tammewar Mamata 

- - 

2. Date of Birth :- 29/10/1985 

3. Educational Qualification : - BSC 


M.B.A. 

Teaching :-1 Year 



Others :- NIL 



Graduate Level :- IT,SQM 











59 


Signature 


- - 

60 


1. Name :- Dr. Sharma Murari P. 

2. Date of Birth :- 10/10/1967 

3. Educational Qualification : - 



Research :- 03 Years 

Industry :- 06 Years 

Others :- NIL 

5. Area of Specialization :- NIl 



Post Graduate Level :- LAB,BOM 











Signature 



1. Name :- Chitta Kalaynlakshmi 

- - 

2. Date of Birth :- 30/10/1983 

3. Educational Qualification :-B.A.(ECO) 


Teaching :- NIL 



Others :- NIL 

M.A.(ECO) 

5. Area of Specialization :- Economics 



Post Graduate Level :- MA,ME 










VIII. FEE 

61 


Signature 

1. Details of fee, as approved by State fee Committee, for the Institution. 

As per Shikshan Shulka Samiti, DTE, Mumbai the approved fees ia as follows, 


- - 62 

Year Tution fee Development fee Total fee Letter Reference 

SSS(H&T)FinalFee/2006- 

2006 - 07 39700/- 5300/- 45000/- 07/2261 dated 29 th April 

2008 

2007- 08 44600/- 5400/- 50000/- 

SSS(H&T)FinalFee/2007- 

08 dated 29 th April 2008 

2008 - 09 

Proposal is submitted to Shikshan Shulka Samiti on 24 th July 2008 and 

interim fee of Rs.45600/- is charged for M.B.A. and Rs. 50000/- is charged 

for Engineering. 

2. Time schedule for payment of fee for the entire programme 

As per the direction given by Directorate of Technical Education, Mumbai. 

3. No. of Fee waivers granted with amount and name of students. 

The facility of scholarship, Free-ship, PTC/STC Scholarship, EBC Concession, Exservicemen’s 

scholarship given by the Government of Maharashtra is made available for the 

under mentioned students. The proposal of scholarship / fee waiver has been submitted to 

Social Welfare Officer, Pune District, Pune. However the amount of scholarship / fee waiver 

is not yet sanctioned by them. 

List of students : 

S.N. Name of the Student Category Scholarship/ Freeship 

(as per the Rule of 

S.W., Pune) 

1 Bhagat Vishalkumar Budhabhagvan SC SCHOLARSHIP 

2 Meshram Sahilkumar Jaychand SC SCHOLARSHIP 

3 Sarvan Nitesh Babulal SC SCHOLARSHIP 

4 Wasnik Nitesh Babulal SC SCHOLARSHIP 

5 Meheshkar Snehil Sudarshan SC SCHOLARSHIP 

6 Miss. Phule Anju Rajkumar SC SCHOLARSHIP 

7 Mridula Yeshwantrao Jambulkar SC SCHOLARSHIP 

8 Bagade Anjor Madanlal SC Freeship 

9 Chavan Ashwin Vijayrao SC Freeship 

10 Junjare Akash Nagnathrao SC Freeship 

11 Shinde Ganesh Vitthal SC Freeship 

12 Fule Anju Rajkumar SC Freeship 

13 Wasnik Ishan Kishor SC Freeship 

14 Adate Harshal Yashwant SC Freeship 

15 Mastud Dipti Bhagwan SC Freeship 

16 Bansod Ashwin Kishor SC Freeship 

17 Kamble Pankaj Shivaji SC Freeship 

18 Meshram Shweta Yogaraj SC Freeship 

19 Kambale Hariprasad Rajaram SC Freeship 

20 Khandagale Ganesh Gautam SC Freeship 


- - 63 

21 Kate Mandar Dilip OBC SCHOLARSHIP 

22 Kedari Sanjay Madhukar OBC SCHOLARSHIP 

23 Patil Sumeet Gopal OBC SCHOLARSHIP 

24 Miremath Vishal Sidhaya OBC SCHOLARSHIP 

25 Miss. Shete Archana Janardan OBC SCHOLARSHIP 

26 Ghanvat Shrikant Bhanudas OBC SCHOLARSHIP 

27 Chaudhari Anurag Chotulal OBC SCHOLARSHIP 

28 Chaudhari Sushil Vasant OBC SCHOLARSHIP 

29 Kalkute Nilesh Ashok OBC SCHOLARSHIP 

30 Miss. Raut Vina Kashinath OBC SCHOLARSHIP 

31 Kharche Vaibhav Supada OBC SCHOLARSHIP 

32 Sarode Vaibhav Jagannath OBC SCHOLARSHIP 

33 Miss. Nagpure Neha Nirmal OBC SCHOLARSHIP 

34 Shinde Rohit Rajendra OBC SCHOLARSHIP 

35 Mahajan Rishikesh Ramesh OBC SCHOLARSHIP 

36 Aagare Smita Bapuji OBC SCHOLARSHIP 

37 Bagul Swapnil Sharad OBC SCHOLARSHIP 

38 Darwade Pravin Suresh OBC SCHOLARSHIP 

39 Dhokchawale Ravindra Madhav OBC SCHOLARSHIP 

40 Dhore Arti Sadanand OBC SCHOLARSHIP 

41 Gawande Karishma Rajendra OBC SCHOLARSHIP 

42 Kakade Vijaykumar Suresh OBC SCHOLARSHIP 

43 Kamurti Sagar Anand OBC SCHOLARSHIP 

44 Karande Vikas Shivaji OBC SCHOLARSHIP 

45 Landge Sunil Jalindar OBC SCHOLARSHIP 

46 Lasure Vishnu Dilip OBC SCHOLARSHIP 

47 Mahajan Vaibhav Vitthal OBC SCHOLARSHIP 

48 Pharande Suraj Ramesh OBC SCHOLARSHIP 

49 Virkar Ketaki Kamalkar OBC SCHOLARSHIP 

50 Bodake Amol Abasaheb OBC SCHOLARSHIP 

51 Jadhav Santosh Sahebrao OBC SCHOLARSHIP 

52 Phule Sachin Balahebrao OBC SCHOLARSHIP 

53 Shah Akshay Vilas OBC SCHOLARSHIP 

54 Sonawane Milind Ghanshyam OBC SCHOLARSHIP 

55 Choudhari Anurag Chotulal OBC SCHOLARSHIP 

56 Hiremath Vishal Sidhayya OBC SCHOLARSHIP 

57 Ghanvat Shrikant Bhanudas OBC SCHOLARSHIP 

58 Khole Pritesh Sujay OBC SCHOLARSHIP 

59 Kakulte Nilesh Ashok OBC SCHOLARSHIP 

60 Khollam Kamlesh Dnyashwar OBC SCHOLARSHIP 

61 Raut Veena Kashinath OBC SCHOLARSHIP 

62 Shete Archana Janardan OBC SCHOLARSHIP 


- - 64 

63 Chaudhari OBC SCHOLARSHIP 

64 Bachal Preetam Udhav OBC FREESHIP 

65 Badade Ashish Laximan OBC FREESHIP 

66 Bhujbal Dhanashree Murlidhar OBC FREESHIP 

67 Bodhe Sandesh Shashikant OBC FREESHIP 

68 Borse Madhavi Arun OBC FREESHIP 

69 Chavan Swetal Anil OBC FREESHIP 

70 Chopade Jaydeep Jagannath OBC FREESHIP 

71 Choudhari Akhil Eknath OBC FREESHIP 

72 Choudhari Sushant Vijay OBC FREESHIP 

73 Deore Harshali Namdeo OBC FREESHIP 

74 Ghumatkar Pratik Sopan OBC FREESHIP 

75 Ingale Ajit Arjun OBC FREESHIP 

76 Jadhav Nayana Nimba OBC FREESHIP 

77 Kedari Sanket Javaharlal OBC FREESHIP 

78 Khamkar Swapnil Rajendra OBC FREESHIP 

79 Kshirsagar Mangesh Prakash OBC FREESHIP 

80 Kumbhar Dinesh Shankar OBC FREESHIP 

81 Nawale Uday Balbsaheb OBC FREESHIP 

82 Palse Supriya Sharad OBC FREESHIP 

83 Pardeshi Rina Vijay OBC FREESHIP 

84 Patil Nilesh Machindra OBC FREESHIP 

85 Patil Nital Rajendra OBC FREESHIP 

86 Pawar Harshal Sudhakar OBC FREESHIP 

87 Phalke Pallavi Dilip OBC FREESHIP 

88 Rashinkar Shashin Murlidhar OBC FREESHIP 

89 Shelke Shital Balu OBC FREESHIP 

90 Shinde Prashant Pandurang OBC FREESHIP 

91 Somvanshi Shrikant Suresh OBC FREESHIP 

92 Tmboli Omarmukhtar Chandpas OBC FREESHIP 

93 Thakare Mukund Vishwas OBC FREESHIP 

94 Vairale Sushant Ganesh OBC FREESHIP 

95 Padale Navnath Vasant OBC FREESHIP 

96 Patil Sumeet Vilas OBC FREESHIP 

97 Hunchate Purva Anil OBC FREESHIP 

98 Hunchate Puja Anil OBC FREESHIP 

99 Pise Nikhil Nivirutti OBC FREESHIP 

100 Khade Kamlesh Dnyeshwar OBC FREESHIP 

101 Pawar Dhananjay Laxmanrao OBC FREESHIP 

102 Kashid Prasad Ramesh OBC FREESHIP 

103 Gaikwad Deepak Eknath OBC FREESHIP 

104 Kolate Prasad Nandkishor OBC FREESHIP 

105 Swami Omkar Satish OBC FREESHIP 

106 Ghagre Vishal Rohidas OBC FREESHIP 


- - 65 

107 Wankhede Sagar Prakash OBC FREESHIP 

108 Phalke Samir Vivek OBC FREESHIP 

109 Bandgar Umesh Laximanrao NT SCHOLARSHIP 

110 Mirgal Nilesh Vitthal NT SCHOLARSHIP 

111 Gamne Yogita Sukadeo NT SCHOLARSHIP 

112 Narute Rahul Birmal NT SCHOLARSHIP 

113 Rajput Tejas Laxmansingh NT SCHOLARSHIP 

114 Konkati Swapnil Mohan SBC SCHOLARSHIP 

115 Bogam Arvind Achut SBC SCHOLARSHIP 

116 Pise Nikhil Nivrutti, Pune OBC FREESHIP 

117 Gaikwad Deepak Eknath , Pune OBC FREESHIP 

118 Gagare Vishal Rohidas ,Pune OBC FREESHIP 

119 Kashid Prasad Ramesh ,Satara OBC FREESHIP 

120 Khollam Kamlesh Dnyaneshwar OBC FREESHIP 

121 Kolte Prasad Nandkishor ,Thane OBC FREESHIP 

122 Patil Sagar Sambhajirao,Pune OBC FREESHIP 

123 Pawar Rahul Ramesh ,Pune OBC FREESHIP 

124 Phalak Sameer Vivek,Pune OBC FREESHIP 

125 Swami Omkar Satish , Pune OBC FREESHIP 

126 Varhade Kalyani Girish ,Amravati OBC FREESHIP 

127 Wankhede Sagar Prakash ,Pune OBC FREESHIP 

128 Katre Suhas Vasant, NT SCHOLARSHIP 

129 Suraj Mahadev Mane NT FREESHIP 

130 Waybhase Somnath Shesherao NT FREESHIP 

131 Narute Rahul Birmal NT FREESHIP 

132 Parkhe Narendra Vishal NT FREESHIP 

133 Sanap Umesh Navnath NT FREESHIP 

134 Jadhav Manoj Vinod NT FREESHIP 

4. Number of scholarship offered by the institute, duration and amount 

Students are exempted from the payment of total fees who are rankers in University. 

Institute Toppers are awarded fee concessions in terms of the prize. 

Facility of payment of fees in installment is given to the students. 

5. Criteria for fee waivers/scholarship: As per the rules of Government of Maharashtra. 

6. Estimated cost of boarding and lodging in hostels: Off campus Hostel facility is 

available. Approx cost is 30000/- 

per year. 

IX. ADMISSION 

1. Number of seats sanctioned with the each year of approval. 


UG(FT) 

Four Year 

Degree Course 

PG (FT) 

Two year 

degree course 

- - 

66 

1 st Year of approval by 

AICTE (give approval 

ref. no. & date) 

2. Number of students admitted under various categories each year in the last three 

years. 

S. 

N. 

1 

2 

3 

4 

S. 

N. 

1 

2 

3 

4 

S. 

N. 

1 

Year 2006-07 

Name of course Intake 

SC ST VJ NT OBC SBC Open 

Mechanical 

Engineering 

Electronics & 

Telecommunication 

Electronics 

Engineering 

Computer 

Engineering 

60 2 Nil Nil 1 9 Nil 48 

60 Nil Nil Nil 1 9 1 49 

60 1 Nil Nil 2 9 Nil 48 

60 3 Nil Nil Nil 13 Nil 44 

Year 2007-08 



Mechanical 

Engineering 

Electronics & 


Electronics 

Engineering 

Computer 

Engineering 

60 

60 

60 

1 1 16 42 

2 3 12 2 41 

2 1 7 50 

2 1 16 41 

Year 2008-09 



Mechanical 

Engineering 

Courses 

Mechanical 

Engineering 

Computer 

Engineering 

Electronics & 


Electronics 

Engineering 

Master in Business 

Administration 

F. No.740 – 89 – 01 

(E&T) / 2006 dated 

28.06.2006 

2007-2008 

60 2 Nil Nil 1 9 Nil 48 

60 

60 

60 

60 

F.No. 740-89- 

01(E&T)/2006 dated 

30 June 2008 

60 

Total sanctioned intake 300 


Sr. 

No. 

1 

2 

3 

4 

5 

2 

3 

4 

5 

Electronics & 


Electronics 

Engineering 

Computer 

Engineering 

Master in Business 


- - 

67 

60 Nil Nil Nil 1 9 1 49 

60 1 Nil Nil 2 9 Nil 48 

60 3 Nil Nil Nil 13 Nil 44 

60 8 1 2 5 13 Nil 31 

3. Number of applications received during last two years for admission under 

Management Quota and number admitted. 

Name of course Intake Quota) 

Applicati 

Mechanical 

Engineering 

Electronics & 

Telecommunicati 

on 

Electronics 

Engineering 

Computer 

Engineering 

Master in 

Business 


Year 2006-07 

(Students admitted 

in Management 

ons 

received 

Students 

admitted 

Year 2007-08 

( Students admitted 

in Management 

Quota ) 

Applicati 

ons 

received 

Students 

admitted 

Year 2008-09 

( Students admitted in 

Management Quota ) 

Applicati 

ons 

received 

Students 

admitted 

60 25 12 21 12 27 12 

60 14 12 28 12 22 12 

60 22 12 12 12 17 12 

60 16 12 33 12 29 12 

60 Not Applicable Not Applicable 12 12 

X. ADMISSION PROCEDURE 

1. Name and address of the Test Agency and its URL (website): 

MH – CET – Test Conducted by DTE Mumbai, Government of Maharashtra 

(Website - www.dte.org.in 

www.dte.org.in) 

AIEEE – Central Board of secondary Education, New Delhi . 

2. Number of seats allotted to different Test Qualified candidates separately 

[AIEEE/CET (State conducted test/University tests)/Association conducted test] 

S.No. Academic year CET AIEEE CET / AIEEE 


- - 68 

2008-09 through 

Management 

quota 

1 Mechanical Engg. 41 7 12 

2 E & Tc 41 7 12 

3 Electronics Engg. 41 7 12 

4 Computer 

Engineering 

41 7 12 

5 Master in Business 


41 7 12 

3. Calendar for admission against management / vacant seats (Engineering): 

Last date for request for applications : As per direction of DTE. 

Last date for submission of application. : 14/8/2008 

Dates for announcing final results. : 22/8/2008 

Release of admission list (main list and waiting list should be announced on the same 

day) : 22/7/2008 

Date for acceptance by the candidate (time given should in no case be less than 15 days) 

: 7/9/2008 

Last date for closing of admission. : 7/8/2008 

Starting of the Academic session : 22/8/2008 

The waiting list should be activated only on the expiry of date of main list 

: Not Applicable. 

The policy of refund of the fee, in case of withdrawal, should be clearly notified 

: As per the rule declared by DTE. 

Calendar for admission against management / vacant seats (M.B.A.): 

Last date for request for applications. :31/01/2008 

Last date for submission of application :31/01/2008 

Dates for Group Discussion (GD)/Interviews :12/05/2008 to 31/05/2008 

Dates for announcing final results :13/06/2008 

Release of admission list (main list and waiting list should be announced on the 

same day) :11-07-08 

Date for acceptance by the candidate (time given should in no case be less then 

15 days) :14/07/2008 to 16/07/2008 

Last date for closing of admission. :22/08/2008 

Starting of the Academic session. :11/08/2008 

The waiting list should be activated only on the expiry of date of main list. 

NOTE: since the test is conducted by DTE, Maharashtra. The above schedule is decided by the 

DTE and is published in newspapers and their admission brochures every year by the institute. 

XI. CRITERIA AND WEIGHTAGES FOR ADMISSION 

Describe each criteria with its respective weightages i.e. Admission Test, marks in 

qualifying examination etc. 


- - 

69 

CAP Admissions: 

For Open Category: Candidate who has obtained a non zero score in MH-CET 2008 / 

AIEEE 2008 and passed HSC with minimum 50% marks in PCM group. 

For Reserve Category: Candidate who has obtained a non zero score in MH-CET 2008 / 

AIEEE 2008 and passed HSC with minimum 50% marks in PCM group 45% marks in 

PCM group. 

Management Quota Admissions: Candidates who have passed 10+2 examination with 

minimum 50% marks in PCM (45% for Reserve Category). 

Mention the minimum level of acceptance, if any: Candidates who have passed 10+2 

examination with minimum 50% marks in PCM (45% for Reserve Category). 

Mention the cut-off levels of percentage & percentile scores of the candidates in the 

admission test for the last three years. 

Name of the 

Course 

Cut of levels 

of 

percentage 

Percentile 

Scores 

Cut of levels 

of 

percentage 

2006-07 2007 – 08 

Percentile 

Scores 

Cut of levels 

of 

percentage 

2008-09 

Percentile 

Scores 

Open Close Open Close Open Close Open Close Open Close Open Close 

Mechanical 

Engg. 

234 150 134 54 259 160 149 67 

E & TC 246 151 137 81 272 153 119 72 

Electronics 

Engineering 

Computer 

Engineering 

Master in 

Business 


236 156 126 58 253 158 126 105 

279 150 134 78 274 166 120 85 

Not Applicable Not Applicable 

Admissions are under 

process through Directorate 

of Technical Education 

Display marks scored in Test etc. and in aggregate for all candidates who were admitted: 

Admissions are under process through Directorate of Technical Education. 

XII. APPLICATION FORM 

Hard copy of an application form along with information broacher of Institute is available on 

Institute website www.jspm.edu.in. 

XIII. LIST OF APPLICANTS 


- - 70 

List of candidates whose applications have been received along with percentile / 

percentage score for each of the qualifying examination in separate categories for open 

seats. List of candidates who have applied along with percentage and percentile score for 

Management quota seats : Admissions are under process through Directorate of 

Technical Education. 

XIV. RESULTS OF ADMISSION UNDER MANAGEMENT 

SEATS / VACANT SEATS 

Composition of selection team for admission under Management Quota with the brief profiles of 

members (This information be made available in the public domain after the admission process is 

over). Admissions are under progress. 

The Management Quota Admissions were done through the Counseling by the following 

Committee members: 

Name of the Member Designation Profile 

Prof. V. S. Sawant Professor Campus Director 

Capt Dr. N. P. Sonaje Principal Principal 

Prof. S. N. Patil Asst. Professor F.E. Co-Ordinator 

Prof. Mrs. S.M. Yadav Lecturer F.E. Admission Incharge 

Prof. Mrs. P.B. Hole Lecturer M.B.A. Admission Incharge 

Score of the individual candidates admitted arranged in order of merit: Admissions are under 

process. 

List of candidates who have been offered admission: Admissions are under process. 

Waiting list of the candidates in order of merit to be operative from the last date of joining of the 

first list candidates. Admissions are under process. 

List of the candidates who joined within the date, vacancy position in each category before 

operation of waiting list. Admissions are under process. 

XV. INFORMATION ON INFRASTRUCTURE AND OTHER 

RESOURCES AVAILABLE 

LIBRARY: 

Number of Library books / Titles / Journals available (programme-wise) : 


S. 

N. 

Total no. of books available: 8176 

Total No. of Titles: 1834 

- - 71 

Total No. of Journals: 67 (National + International) 

Course(s) Number of 

titles of the 

books 

Number of 

volumes 

Journals 

National International 

1 Mechanical Engineering 435 1583 10 00 

2 Computer Engineering 321 1262 07 08 

3 Electronics & Telecommunication 275 1399 04 03 

4 Electronics Engineering 261 1335 04 03 

5 F.E. (All Branches ) Humanities, 

Social Sciences, Library Science 

385 1526 12 02 

6 Master in Business Management 157 1071 12 02 

Total 1834 8176 49 18 

List of online National / International Journals subscribed : Nil 

E-Library facilities : DELNET facility is available. 

LABORATORY / WORKSHOP: 

Sr. 

No. 

Name of 

Course 

1. First Year 

Engineering 

(FE) 

Name of the 

laboratory / 

workshop 

Total 

area in 

Sq.m. 

Major Equipments 

Workshop 900 1. Universal Milling Machine 

2. Radial Drilling machine 

3. All geared Lathe machine(2) 

Basic Civil Lab 100.8 1.Global positioning system 

2.Laser level 

3. Digital Planimeter 

4. Electronic Distance meter 

Engg.Mechanics lab 100.8 

Applied Physics Lab. 211.3 Ultrasonic interferometer 

Applied Chemistry Lab. 106.4 

Basic Electrical Lab. 142.8 1 DC shunt motor 3 hp with starter & 

loading arrangement (Benn) 

2. DC serial motor 3hp with starter & 

loading arrangement 

3. 3-ph I.M. 3HP coupled with 220v, 2kw 

DC shunt Generator. 

4. 3 –ph Autotransformer (440v/10v) 

Basic Mechanical Engg. 153.1 1. Model of 4-s 1-cy. Diesel engine 

2. Model of 4-s,4cy. Petrol Engine 

3. Model of 4-s 1-cy. Diesel engine 

4. IC Engine Models , Boiler Models 

5. Cut section model of reciprocating pump 

6. Cut section model of centrifugal pump 

7. Cut section model of Gear pump 

8. Model of stop valve. 

9. Model of pelton wheel 

10. Model of single Plate clutch 

Drawing Hall-I 153.1 

2. Mechanical Fluid Mechanics 153.1 1. Pipe Friction Apparatus 

2. Pressure measurement setup 


Engineering 

Department 

3. Computer 

Engineering 

Department 

4 Electronics 

Engg. Dept. 

And 

Electronics 

& 

Telecommun 

ication Engg. 

Dept. 

Applied 

Thermodynamics 

- - 

72 

3. Knotch Device 

4. Reynolds Appartus 

5. Bernaullis Appartus 

6. Meta centric Height Measurement 

149.8 1. Two stage air compressor test rig 

2. Gas Calorimeter 

3. Digital bomb Calorimeter 

4. Boiler with separating & throttling 

calorimeter 

5. Flue/exhaust gas analyzer 

Drawing Hall-II 153.1 

Computer Graphics Lab 59.4 1. Pro/Engineering Wildfire 3.0 (20 seats) 

2. Hp DNJ 500 A1 Black Plotter 

Metallurgy 153.1 1. Impact testing Machine 

2. Electronic Universal Testing M/C 

3. Vicker’s Hardness Test M/C 

Internal Combustion 

Engine 

149.8 1. Single Cylinder diesel engine test rig 

2. Computerizes test rig of multi 

cylinder petrol engine for Morse test 

3. Smoke meter 

Theory Of Machines 153.1 1. Four Bar Mechanism 

2. Kinematic Pairs(set of 3) 

3. Inversion of double slider crank Scotch 

yoke mech 

4. Inversion of double slider crank 

Oldham’s coupling 

5. Inversion of double slider crank 

(Elliptical trammel) 

Heat Transfer 153.1 1. Thermal Conductivity of Insulating 

Powder 

2. Thermal Conductivity of metal Rod 

3. Composite wall aparatus 

4. Pin Fin apparatus 

5. Emmissivity measurement apparatus 

6. Stefan Boltzman apparatus 

7. Critical heat flux apparatus 

8. parallel and counter Flow Heat exchanger 

MQC 149.8 1. Profile Projector 

2. Tool Makers Microscope 

3. Floating Carriage Micrometer 

4. Depth Gauge 

5. Height Gauge 

6. Sine Bar 

Computer center 150 V-Sat Device 

Data structure lab 81.9 

Computer Graphics 81.9 V – Sat Device 

Programming lab 69.9 

SDC/EHW Lab 110.6 CRO, Function Generator, Power Supply 

Digital Lab 110.6 Trainer Kits, Power Supply 

NT/AICDA Lab 59.4 1 Phase bridge inverter PWM, V-I chara. 

Of SCR, Traic, MOSFET, IGBT, Power 

Oscilloscope. 

MPMC Lab 110.6 Logic Analyser, 500 MHz. 

Incircuit Emulator. 

EDW Lab 59.4 

CS/ Mechatronics Lab 59.4 1) Flow control using PID action 

2) PLC trainer kit. 

3) Pressure and Temp. Transducer. 


- - 73 

DC lab 110.6 

4) Study of Electrohydrolic components. 

5)Vibration measurement trainer. 

6) Pick & place robot interface. 

1) Digital Storage Oscilloscope 

2) Mixed Signal Oscilloscope 

3) Spectrum Analyzer 

4) Antenna Trainer Model. 

5) RF Field Strength Meter. 

6) Function Generator 5MHz. 

7) Noise generator & adder. 

8) Generation & detection DS SS. 

5 M.B.A. Computer Lab 69.9 

COMPUTING FACILITIES: 

S.No Particulars 

1. No of Computer 

terminals 

2. Hardware 

Specification 

3. No of terminals of 

LAN/WAN 

Requirements as per 

Norms (1:4 all 

undergraduate UG 

Programmes and 1:2 for 

MBA/MCA/ PGDM/ 

PGDBM) 

230 250 

Availability 

P-IV P-IV 3.0 GHz , 512 MB DDR 

RAM , 80 GB HDD, LCD 

colour monitor 15” 

105 250 

4. Relevant Legal Application System Application System 

Software 8 2 8 3 

5. Peripheral(s)/ 

Printers 

6. Internet 

Accessibility (in 

kbps & hrs) 

23 25 

512 Kbps, 24 X 7 , 30 nodes 1Mbps, 24×7 Access, 60 nodes 

Aircell is our service provider 

and Bandwidth is provided by 

Dishnet Pvt. Ltd. (1:1). 

Application software: 

1. Quick Heal Antivirus 

2. AutoCAD 2009 Educational License 

3. Visual Studio .NET 2003 Professional 

4. Visual Studio 2005 Professional 

5. MSDN Library 

6. NI Multisim Circuit Option ( Department Site License) 

7. NI Academic Site License 

8. Office Project Professional 2007 

System software: 

1. Windows XP Professional 


2. Windows Server 2003 

3. Borland C Compiler 

WORKSHOP: 

List of facilities available 

Bus Facility through out the Pune City 

Extra Teaching facility for students 

Central Library – Reading Hall / Reference Section 

Internet Facility 

24 hours electricity 

Purified cooled drinking water. 

Games and Sports Facilities : 

o Institute has a special room for Gymkhana 

o Indoor games: Carom, Chess, Table Tennis, etc 

o Participation in Inter College/ Inter University competition. 

o Sports kits for Cricket, Badminton, and Table Tennis 

Extra Curriculum Activities 

Associations are developed separately for all Branches 

1. Mechanical Engineering Students Association 

2. Electronics & Telecommunication Engineering Students Association 

3. Electronics Engineering students Association 

4. Computer Engineering students Association 

Committees for various activities in the Institute: 

S. 

N. Name of Committees 

1 Academic Monitoring / 

Discipline (Uniform / 

dress code) 

- - 

74 

Committee 

Incharges F.E. 

Prof.Phadkule Prof.Shisode, 

Prof.Joshi, 

Prof.Shelke, 

Electronics / 

E&TC Mechanical Computer 

Prof.Mulmule, 

Prof.Kendre, 

Prof.Chavan, 

Prof.Andhare 

Prof.Bhortake 

Prof. Bulbule 

Prof.Wagh, 

Prof.Kadam 


- - 75 

2 Purchase Committee Prof.Kulkarni Prof.Yadav Prof.Patil 

Prof.Nipanikar 

3 Store deadstock 

Verification 

4 Transport Facility Coordination 

5 Space Utilization & Coordination 

Prof.Asrani Prof.Sisode Prof.Kazi, 

Prof.Patil S.B., 

Prof.Mulmule, 

Prof.Kendre, 

Prof.Kadam Prof. Kokane Prof.Kurkute, 

Prof.Patil B.S. 

Prof.Phadkule Prof. Kokane Prof.Kurkute, 

Prof.Patil S.S. 

6 Student Section Activity Prof.Bodake Prof.Hole Prof.Kendre, 

Prof.Chavan, 

7 University Related Work Prof.Kurkute Prof. Patil S 

N 

8 Exam. Committee Prof.Kurkute Prof. Yadav Prof.Kendre, 

Prof.Chavan 

9 Cultural activity Prof.Badadhe Prof.Hole Prof.Badadhe, 

Prof.Andhare 

10 Republic Day & 

Prof.Kazi Prof.Jain Prof.Kazi, 

Independence Day 

11 Report Preparation Prof 

Dambhere 

Prof.Bortakke Prof.Kadam 

Prof.Mahajan Prof.Bodke 

Prof.Mahajan Prof.Kadam 

Prof.Wasnik Prof. Lomate 

Prof.Shelke Prof.Bodake, 

Prof.Kulkarni Prof.Phadkule Prof.Gurav 

Prof.Kendre 

Prof.Kokane Prof.Patil 

S.B., 

Prof.Mulmule 

12 Library committee Prof Gurav Pro.Yadav Prof.Patil 

S.B., 

13 Industry Intitute 

Interaction 

T & P cell 

Prof.Mulmule 

Prof. Patil S.S. Dr. Neeta Prof. Kazi 

Prof. Patil 

S.B. 

Prof Dambhere Prof.Gawande 

Prof.Shelke Prof.Bodake 

Prof.Bulbule Prof.Bodake 

Prof.Mahajan Prof.Asrani, 

Prof.Kadam 

Prof.Shelke Prof.Deepa 

Abin 

Prof .Bhortake Prof. kadam 

14 Lab Development Prof.Phadkule Prof.S.N.Patil Prof.Kurkute 

Prof.Kulkarni 

Prof.Dambhere Prof.Gurav 

15 Admission Prof.S.N.Patil Prof.S.N.Patil Prof.Kurkute 

Prof.Kulkarni 

Prof.Phadkule Prof.Gurav 

16 F.E. Co-ordination Prof.S.N.Patil - - - - 

17 Anti-ragging Prof.Phadkule Prof.S.N.Patil Prof.Kurkute 

Prof.Kulkarni 

Prof.Dhekane Prof.Gurav 

18 Communication Prof.Lokhande Prof.Kapade Prof.Kurkute Prof.Bortake Prof.Kadam 

19 Time-table Prof.Yadav Prof.Yadav Prof.Kazi Prof.Mahajan Prof.Bagade 

20 Magazine Prof.Gurav Prof.Jain Prof.Patil B.S. Prof.Bulbule Prof.Bodake 

Soft Skill Development Facilities 

We develop communication skill & presentation ability in student by arranging the guest 

lectures & conducting general personality development courses. Also for maintaining the 

stress relief for the students we conduct Yoga and Meditation in the Institute. 

Number of Classrooms and size of each 

13 Classroom with total area of 916 Sq.m. 

Number of Tutorial rooms and size of each 

4 Tutorial rooms with size 180 Sq.m each. 

Number of laboratories and size of each 


- - 76 

Total No. of Laboratories: 29, Admeasuring area : 3399 sqm. 

Sr. No. Name of Course Name of the laboratory / 

workshop 

Size Sqm. 

1. First Year Engineering Workshop 900 

(FE) 

Basic Civil Lab 

Engg.Mechanics lab 

100.8 

100.8 

Applied Physics Lab. 211.3 

Applied Chemistry Lab. 106.4 

Basic Electrical Lab. 142.8 

Basic Mechanical Engg. 153.1 

Drawing Hall-I 153.1 

2. Mechanical 

Engineering 

Department 

Fluid Mechanics 

Applied Thermodynamics 

Drawing Hall-II 

Theory of Machines 

153.1 

149.8 

153.1 

153.1 

Computer Graphics Lab 59.4 

Metallurgy 153.1 

Internal Combustion Engine 149.8 

Heat Transfer 153.1 

Metrology & Quality control 149.8 

3. Computer 

Engineering 

Department 

Computer center 

Data structure lab 

Computer Graphics 

Programming lab 

154 

81.9 

81.9 

69.9 

4 Electronics and 

Electronics & 


Engg. 

SDC Lab 

Digital Lab 

NT/AICDA Lab 

MPMC Lab 

DC LAb 

110.6 

110.6 

59.4 

110.6 

110.6 

CS Lab 59.4 

EDW lab 59.4 

5 M.B.A. Computer Lab 69.9 

Number of drawing halls and size of each 

2 Drawing halls measuring 350 sqm. 

Number of Computer Centres with capacity of each 

One computer center with 60 PCs on LAN are available with internet facility. Area of 

computer center is 150 Sq.m. 

Central Examination Facility, Number of rooms and capacity of each. 

Separate Examination Control room admeasuring area of 59.44 sqm. is available in the 

institute for smooth conduction of examination . The Examination Committee is being 

formed which conducts the University level examinations as well as the Institute level 

Test and Prelim Examinations. Total of ten examination halls are available with a 

capacity of 35 students each. 

Teaching Learning process 

Curricula and syllabi for each of the programmes as per University of Pune, Pune and is 

available on University website www.unipune.ernet.in 

www.unipune.ernet.in. 

Academic Calendar of the Institution (PVPIT) 

o For First Year Engg (FE) Sem – I 


- - 77 

Activities Date 

S.N. 

1 Commencement of F.E. classes 

18.08.2008 

2 First Class Test( 50 Marks) 

22/09/2008 - 26/09/2008 

3 Display of Result for first test 

29/09/2008 

4 Parent’s Meeting 30/09/2008 

5 Second Class Test(50 Mark 


6 Parent’s Meeting 


7 End 0f Classroom teaching 


8 Preliminary examination 06/12/2008 - 15/12/2008 

o For Second & Third Year Engg (SE & TE) Sem – I 

S.N. Activities Date 

1 Commencement of SE & TE Classes 01.07.2008 

2 Display of first cumulative Attendance 05.08.2008 

3 Mid Term Test 18.08.2008 - 22.8.2008 

4 Display of Result of Mid Term Test 25.08.08 

5 Display of Second Cumulative 

Attendance 

05.09.2008 

6 Display of Third Cum. Attendance 05.10.2008 

7 End of Class Room Teaching 10.10.2008 

8 Display of Defaulter list 14.10.2008 

9 End Term Test 20.10.2008 - 24.10.2008 

10 Display of Result of End Term Test 01.11.2008 

11 University Practical Exam 03.11.08 Onwards 

12 University Theory Exam 24.11.2008 Onwards 

13 Commencement of Classes for II nd Sem. 01.01.2009 

List of Holidays: 

1 SAT, 16/08/2008 Raksha Bandhan 

2 WED, 03/09/2008 Ganesh Chaturthi 

3 MON, 15/09/2008 Anant Chaturdashi 

4 THU, 02/10/2008 Mahatma Gandhi Jayanti 

5 THU, 09/10/2008 Dasara 

Academic Time Table: First Year Engg (FE): 

1. F.E (A Division) 

Time Mon Tues Wed Thus Fri Sat 

8.30 – 9.30 EM-I 

EG CHEM BEE CP(A12) PHY 

9.30 – 10.30 EG EM-I PHY BCE 

EG(A11) EM-I 


- - 78 

10.45 – 11.45 CP CP(A11) AS-I(A2) EM-I EM-I BEE 

11.45- 12.45 BEE 

EG(A12) BCE(A3) 

BEE(A1) 

EG BCE BCE 

1.30-2.30 AS- PHY BEE ASI(A3) 

CHEM 

I(A1) 

BCE(A1) 

2.30-3.35 BCE CHEM BCE BEE(A2) W/S 

(A2) 

EE(A3) 

EG 

Time 

2. F.E (B Division) 

Mon Tues Wed Thus Fri Sat 

8.30 – 9.30 EM-I BEE AS-I(B2) CHEM EM-I 

9.30 – 10.30 

CP(B11) 

EG 

EG(B12) 

BEE 

BCE(B3) 

BEE(B1 PHY EG 

10.45 – 11.45 EM-I EM-I EG BCE 

AS-I(B1) 

AS-I(B3) 

11.45- 12.45 EG BCE(B2) CP EM – I BCE(B1) BEE 

BEE(B3) 

BEE(B2) 

1.30 – 2.30 BCE CHEM CP(B12) BCE PHY 

2.30 – 3.30 BCE 

W/S 

PHY 

EG(B11) 

BEE CHEM 

3. F.E (C Division) 


8.30 – 9.30 BCE EG CP(C11) PHY AS-I(C2) EG 

9.30 – 10.30 BEE BCE 

EG(C12) 

CHEM 

BCE(C3) 

BEE(C1) EM-I 

10.45 – 11.45 

11.45- 12.45 

AS-I(C1) 

BCE(C2) 

BEE(C3 

EM-I EM-I 

EG EG 

AS-I(C3) 

BCE(C1) 

EM-I CHEM 

BEE(C2) BEE PHY 

1.30 – 2.30 CP PHY EM-I CP(C12) 

EG(C11) 

BEE 

2.30 – 3.30 W/S BEE CHEM BCE 

BCE 

4. F.E (D Division) 


8.30 – 9.30 As-I(D1) AS-I(D2) PHY BEE EM-I BEE 

9.30 – 10.30 

BCE(D2) 

BEE(D3) 

BCE(D3) 

BEE(D1) 

BEE BCE CHEM BCE 


- - 79 

10.45 – 11.45 EG BCE EM-I EG CP(D12) 

EG(D11) 

PHY 

11.45- 12.45 BCE EM-I EG CP 

CHEM 

1.30 – 2.30 

2.30 – 3.30 

BEE 

EM-I 

CHEM 

CP(D11) 

PHY 

EG(D12) 

W/S 

AS-I(D3) 

BCE(D1) 

BEE(D2) 

EG 

EM-I 

5. S.E (Mech) 


8.30 – 9.30 SME EM-III MP-I AT MP-I EM-III 

9.30 – 10.30 EM-III FM FM EM-III FM EM-III 

10.45 – 11.45 

MP-I SME SME S1-FM AT AT 

11.45- 12.45 FM AT AT 

1.30 – 2.30 

2.30 – 3.30 

S1-MD 

S2-AT 

S3-WP 

6. T.E (Mech) 

S1-AT 

S2-MD 

S3-MD 

S1-MD 

S2-FM 

S3-AT 

S2-WP-III 

S3-MD 

SME 

FM 

EM-III SME 

S1-WP-III 

S2-MD 

S3-FM 


Guest 

Lecture 

8.30 – 9.30 TMM-II IEM DME TMM-II DME TMM-II 

9.30 – 10.30 IEM CONM IEM CONM TMM-II HT 

10.45 – 11.45 T1-WP-IV T1-CONM T1-TMM-II HT T1-DME CONM 

11.45- 12.45 

T2-DME 

T3-HT 

T2-TMM-II 

T3-DME 

T2-HT 

T3-WP-IV 

IEM 

T2-CONM 

T3-TMM-II 

1.30 – 2.30 DME DME TMM-II T1-HT HT 

2.30 – 3.30 

CONM 

7. S.E (Comp) 

HT HT 

T2-WP-IV 

T3-CONM 

CONM 


Guest 

DME 

Lecture 

8.30 – 9.30 EDC DS FIM DELD S1-SS DSA 


- - 80 

9.30 – 10.30 

DSA EDC DELD DSA 

S2-PL 

S3-DEL 

DELD 

10.45 – 11.45 

11.45- 12.45 

S1-DEL 

S2-SS 

S3-PL 

S1-SS 

S2-PL 

S3-DEL 

S1-PL 

S2-DEL 

S3-SS 

S1-DEL 

S2-SS 

S3-PL 

S1-PL 

S2-DEL 

S3-SS 

EDC 

DS 

1.30 – 2.30 FIM PL DS EDC DSA FIM 

2.30 – 3.30 PL FIM DSA DELD EDC Student C. 

8. T.E (Comp) 


8.30 – 9.30 TOC DC DBMS T1-RVPL T1-HL TOC 

9.30 – 10.30 

DBMS DSP DSP 

T2-SPL 

T3-HL 

T2-RVPL 

T3-SPL 

10.45 – 11.45 T1-RVPL RVPL MMC DSP DBMS DC 

T2-SPL 

11.45- 12.45 

ST3-HL MMC RVPL TOC DC MMC 

1.30 – 2.30 DC T1-SPL T1-SPL T1-SPL DSP DBMS 

2.30 – 3.30 

MMC 

9. S.E (Electronics) 

T2-HL 

T3-RVPL 

T2-HL 

T3-RVPL 

T2-HL 

T3-RVPL 

DSP 

TOC Student C. 


8.30 – 9.30 

9.30 – 10.30 

SDC 

NT 

NT 

DS 

SDC 

S&S 

NT(A2) 

CS(B2) 

EHW(C2) 

DS 

NT 

S&S 

CS 

10.45 – 

11.45 

NT(C2) 

CS(A2) 

SDC NT(B2) 

S&S(C2) 

DS DS S&S 

11.45- 12.45 EHW(B2) CS EHW(A2) SDC NT CS 

1.30 – 2.30 S&S S&S NT 

2.30 – 3.30 

S&S(B2) 

DS(C2) 

SDC(A2) 

10. T.E (Electronics) 

S&S(A2) 

DS(B2) 

SDC(C2) 

CS(C2) 

DS(A2) 

SDC(B2) 

CS CS 


Student 

Counselling 


8.30 – 

9.30 

9.30 – 

10.30 

10.45 – 

11.45 

11.45- 

12.45 

1.30 – 

2.30 

2.30 – 

3.30 

- - 

81 

P&C DC DDCO DDCO AICDA(A2) 

EDW(B2) 

DC 

AICDA AICDA Mechat. AICDA 

P&C(C2) 

Mechat(D2) DDCO 

DDCO P&C(A2) EDW(A2) P&C P&C 

Mechat. 

DC(A2) 

AICDA(B2) 

EDW(C2) 

P&C(D2) 

11. S.E (E & Tc) 

Mechat(B2) 

DC(C2) 

AICDA(D2) 

Mechat.(A2) 

DC(B2) 

AICDA(C2) 

EDW(D2) 

P&C(B2) 

Mecht(C2) 

DC(D2) P&C Mechat. 

AICDA 

DC 

DC 

Mechat. 

DC 

DDCO 

DC(A2) 

P&C(B2) 

AICDA(C2) 

EDW(D2) 

P&C 

Student 


Counselling 

8.30 – 9.30 

9.30 – 10.30 

DS(A1) 

S&S(B1) 

SDC(C1) 

DS(B1) 

S&S(C1) 

SDC(A1 

DS(C1) 

S&S(A1) 

SDC(B1) 

CS 

SDC 

NT 

CS 

S&S 

NT 

10.45 – 11.45 

11.45- 12.45 

DS 

SDC 

NT 

DS 

CS-RSN 

SDC 

DS 

S&S 

EHW(B1)- 

NT(C1)- 

CS(A1) - 

S&S 

NT 

1.30 – 2.30 S&S 

SDC DS EHW(A1)- EHW(C1)- DS 

2.30 – 3.30 

CS S&S NT 

NT(B1)- 

CS(C1)- 

NT(A1)- 

CS(B1)- 

Student 

counseling 

12. T.E (E & Tc) 


- - 82 


8.30 – 

9.30 

9.30 – 

10.30 

10.45 – 

11.45 

11.45- 

12.45 

1.30 – 

2.30 

2.30 – 

3.30 

P&C(A1) 

Mechat(B1) 

DC(C1) 

EDW(D1) 

Mechat.(A1) 

DC(B1) 

AICDA(C1) 

P&C 

(D1) 

DC(A1) 

AICDA(B1) 

DDCO P&C 

DC 

EDW (C1) 

Mechat(D1) AICDA DDCO Mechatr. 

P&C Mechat. 

DC 

EDW (A1) 

P&C 

(B1) 

Mechat. AICDA 

AICDA DDCO P&C 

Mechat(C1) 

AICDA(D1) Mechat. P&C 

DC 

AICDA 

DDCO P&C 

AICDA(A1) 

EDW(B1) 

P&C 

(C1) 

DC(D1) 

DC 

Mechat. AICDA 

Laboratory Time Table: First Year Engineering (FE) 

1. F.E Lab Time Table 

Lab:Basic Electrical lab 


8.30 – 9.30 C1 

9.30 – 10.30 

D3 D1 

B1 

10.45 – 11.45 C3 B3 A1 C2 B2 

11.45- 12.45 

1.30 – 2.30 A3 A2 D2 

2.30 – 3.30 

List of Experiment for Basic Electrical Engineering 

Sr.N Expt. Name 

1. Study of various wiring components 

2. Control of two lamps from two switches 

3. Staircase wiring 

4. 

Use of megger for insulation test & continuity test of wiring installation & 

machines 

DC DDCO 

Student 

Counselling 


5. Study of sodium vapour lamp 

6. 

Stydy of safty precation while working on electric insatallation & necessity of 

earthing 

7. Verifcation of kirchoff’s law 

8. Study of superposition theorem 

9. Study of R.L.C.series circuits 

10 

- - 

Verification of currents relations in three phase balanced star & delta connected 

loads 

11. Single phase transformer 

a) voltage & currents ratios 

b)Efficiency and regulation by direct by direct loading. 

Lab: Applied Sci-i(Physics) 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

D1 D2 

A1 

C1 B1 

A2 

83 

B2 

C2 

C3 

B3 

A3 D3 

List of Experiment for Applied Physics -I 

Sr.No Title of experiment 

1. Determination of wavelength by using diffraction grating. 

2. 

Newton’s Rings (Determination of wavelength/Radius of curvature /refractive 

index of a liquid). 

3. Experiment on Ultrasonic Waves. 

4. R.P. of a Telescope/Grating. 

5. Determination of specific rotation by Laurent’s Half Shade Polarimeter. 

6. 

Demonstration of Lissajous Figures (principles of interference & polarisation) 

using a CRO, phase measurement. 

7. Michelson’s Interferometer 

8. Synthesis of metal nanoparticles (gold/silver) by the chemical route. 

Determination of Polarising angle for glass and to determine refractive index of 

9. 

10 

glass using Brewster’s Law. 

Determination of wavelength of the given source by Fraunhoffer diffraction at a 

single slit. 

List of Experiment for Applied Physics -II 


Sr.No. Title of experiment 

- - 

1. Determination of band gap of a semiconductor 

Characteristics of a solar cell, calculation of fill factor, To plot Power vs. 

2. Resistance graph & hence to calculate value of R for maximum value of workable 

power. 

3. Hall Effect & determination of Hall Coefficient 

4. Characteristics of Photocell/Photo diode 

5. Diode Characteristics (Ge/Si, LED, Zener). 

6. Determination of e/m by Thomson’s Method. 

7. Measurement of diameter of a thin wire using a laser. 

8. 

To find refractive index of glass using a laser (using Snell’s Law).( May show 

demonstrations of Polarisation & Diffraction). 

9. 

An experiment based on laser (For ex:To find no. of lines /cm of a given grating 

using a laser source/ to find beam divergence/true beam width ) 

10 Determination of width of a slit using a laser. 

Lab:Applied Sci-i(Chemistry) 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

A1 

D1 D2 

C1 

B1 

A2 

84 

B2 

C3 

A3 D3 

List of Experiment for Applied Chemistry -I 

Sr.No. Title of experiment 

1. To standardize KMnO4 solution by preparing std. Oxalic acid and to estimate 

ferrous ions 

2. To standardize Na2S2O3 solution by preparing std. Potassium dichromate and to 

estimate Percentage of Cu from brass. 

3. To determine Phenol by iodometric method. 

4. Determination of Molecular weight of polymer by Viscometry 

5. Preparation of Urea-Formaldehyde resin and its characterization 

6. To determine chloride ions from solution by Volhard method 

7. To determine Calcium from given sample of cement by Volumetric method 


C2 

B3

- - 85 

List of Experiment for Applied Chemistry -II 

Sr.No Title of experiment 

1. To Determine Total alkalinity of water sample. 

2. To determine chloride content of water sample by Mohr’s method 

3. To Determine Temporary and permanent hardness of water by EDTA method 

4. Colorimetric estimation of ferrous ions from given solution. 

5. To construct a Phase diagram for a binary system, Naphthalene and Benzoic acid 

and find Eutectic point. 

6. Study of corrosion of metal in medium of different P H 

7. Analysis of mixture of Phosphoric acid using indicators and P H Meter 

8. Determination of moisture, volatile matter and ash content of coal. 

Lab:Basic Civil lab 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

A1 

D1 

C2 

C3 

B2 

B3 

C1 

A3 D3 

Basic Civil & Environment Engineering 

Sr.No. Expt.Name 

1. Study of any 4 type of maps and writing their uses. 

2. Exercise on use of dumpy level and laser level. 

3. Measurement of area of irregular figure by digital Planimeter. 

4. Drawing of Plan , elevation ,& section for a residential Building, Single storeyed 

framed/load bearing structure .Preparing Scheduled of openings (On Half imperial 

sheet ) 

5. Determination of coordinates of a traverse using Global Positioning System (GPS) 


C3 

B1 

D1 

C2

- - 86 

6. Measurement of distance by EDM and comparing it with the distance measured 

using tape. 

7. Visit to a construction site for studying the various construction material used, type 

of structure , type of foundation & components of superstructure – submission of 

visit report. 

8. Demonstration of use of any 4 civil Engineering Software. 

9. Making a poster (Full imperial sheet size) in a group of 4 Student related to 

Energy / Environment 

10. Presentation in a group of 4 student , any case study Related to Energy / 

Environment. 

Engineering Mechanics (II Sem) 


a) Statics 

1. Verification of law of Parallelogram of forces / polygon of forces 

2. Support reaction of simple / compound beam 

3. Determination of coefficient friction of Belt / inclied plane. 

4. To Determine forces in Space Force System. 

B) DYNAMICS 

1. Curvilinear Motion. 

2. Determination of Coefficient of Restitution. 

Lab:Engg.Graphics 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

B12 

A12 

C12 

ENGINEERING GRAPHICS-I (Mech Engg) 

SHEET NO.1). 

D12 A11 C11 


A11 

D11

- - 87 

Curves: To draw any four curves from the following: Ellipse,Helix,Involuteof a 

circle,Cycloid,Archimedian spiral. 

SHEET NO.2). 

Orthographic views: To draw orthographic views of two objects. 

One of the views of each object of each object should be a sectional view. 

SHEET NO.3). 

Auxiliary Views :Two problems on missing views. 

SHEET NO. 4). 

Isometric views :Two problems on missing views. 

SHEET NO. 4). 

Interpretation of Views / Missing Views :Two problems on missing views 

(A) COMPUTER AIDED DRAFTING: 

Assignment No.1): Reproduction of any 2-D drawing consisting of lines, arcs and 

Circles. 

Assignment No.2): Construction of Engineering curves 

ENGINEERING GRAPHICS-II (Mech Engg) 

Five A2 (420X594mm) (half imperial) size drawing sheets and two computer outputs (either on 

plotter or printer using any drafting package) as detailed below: 

Sheet no.1: 

Projections of Lines: Minimum two problems on lines and one problem on application of lines. 

Sheet no.2: 

Projections of Planes: Minimum two problems on projection of planes and one problem on 

auxiliary method of projection. 

Sheet no.3: 

Projections of solids: Minimum two problems on projections of solids out of which one problem 

shall be on combination of solids. 

Sheet no.4 

Section of solids: Minimum two problems on section of solids: out of which one problem should 

involve locating the section plane to obtain the given true shape of section. 

Sheet no.5: 

Development of Surfaces: One problem on development and one on anti-development. 

Lab:Basic Computer Programming 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

B11 

A11 

C11 

D11 A12 C12 

A12 

D12 

List of Assignments – Fundamentals of Computer Programming (F.E.) 


- - 88 

1. Write a C program to accept five numbers from console and then to display them back on 

console in 

ascending order. 

2. Write a C program to calculate the sum of all numbers from 0 to 100 (both inclusive) that are 

divisible by 4. 

3. Write a C program to accept the length of three sides of a triangle from console and to test and 

print 

the type of triangle – equilateral, isosceles, right angled, none of these. 

4. Write a C program to accept a string from console and to display the following on console: 

(a) Total number of characters in the string 

(b) Total number of vowels in the string 

(c) Total number of occurrence of character ‘a’ in the string. 

(d) Total number of occurrence of string ‘the’ in the string. 

5. Write a program in C to reverse the digits of a given integer. 

6. Write a program in C to read an integer and display each of the digit of the integer in English. 

7. Write a program in C to generate first 20 Fibonacci numbers 

8. Write a program in C to generate prime numbers between 1 and n. 

9. Write a program in C to compute the GCD of the given two integers 

10. Write a program in C to compute the factorial of the given positive integer using recursive 

function. 

11. Write a program in C to compute the roots of a quadratic equation. 

12. Write a program in C to sort n integers using bubble sort. 

13. Write a program in C to compute addition/subtraction/multiplication of two matrices. Use 

functions 

to read, display and add/subtract/multiply the matrices. 

14. Write a program in C to carry out following operations on strings using library functions 

2. Department of Mechanical Engineering, Lab Time Tables 


LAB: DRAWING HALL 02 (Mech Engg) 

- - 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

DME(T2) DME(T3) 

MD(A1) 

MD(A3) 

89 

MD(A1) 

MD(A2) 

DME(T1) 

MD(A3) 

MD(A2) 

DESIGN OF MACHINE ELEMENTS (Mech Engg) 

Term Work: 

1. Term work shall consist of TWO design projects. Each design project shall consist of two 

imperial size sheets –one involving assembly drawing with a part list and overall 

dimensions and other sheet involving drawings of individual components. Manufacturing 

tolerances, surface finish symbols and geometric tolerances should be specified so as to 

make it working drawing. A design report giving all necessary calculations of the design 

of components and assembly should be submitted in a separate file. 

Design projects should be in the form of ‘Design of Mechanical System’ comprising of 

machine elements studied and topics covered in the syllabus. Design data book shall be 

used wherever necessary to achieve selection of standardized components. 

TERM WORK 

Machine Drawing (Mech Engg) 

1. One Full Imperial sheet based on various IS conventions. 

2. One Full Imperial sheet based on drawing the standard components like various Nuts, Bolts, 

Washers, Different Screws , Seals, Locking pins etc. 

3. A Drawing Project involving Two Full Imperial sheets on Orthographic Projections of 

assemblies like Cottar Joint, Knuckle Joint, Couplings, etc to illustrate the significance of 

missing views, various types of sections, Oblique projections etc. 

4. One assignment on Dismantling, Assembly & Measurements of dimensions of a simple 

mechanical assembly like: Two Wheeler Gearbox, Clutch, Tailstock, Vice, Valves, 

Carburetor etc. 

Study of tools used during above exercise. General study of measuring instruments used for 

measuring the dimensions. Dismantling and assembly sequence. Qualitative observation of 

fits between different mating parts. Application and working of the studied assembly. 

A detailed report on the above assignment is to be submitted in the form of a journal. One 

Full Imperial sheet of this assembly. One full Imperial sheet on the details of the assembly. 

5. One assignment on Brief description and working of any one industrial assembly by 

procuring drawing from concerned industry. Nature of working in the concerned industry. 

A detailed report on the above assignment is to be submitted in the form of a journal. 

One Full Imperial sheet of this assembly. One full Imperial sheet on the details of the 

assembly. 


- - 

LAB: Fluid Mechanics & Machinery (Mech Engg) 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

FM(S1) 

90 

FM(S2) 

FM(S3) 

FLUID MECHANICS (Mech Engg) 

.Group ‘A’: 

To find viscosity of liquids and its variation with temperature. 

Measurement of pressure. 

Stability of floating body and optimum loading capacity. 

Drawing flow-net for given boundary conditions by electrical analogy method. 

Verification of modified Bernoulli’s equation. 

Calibration of venturimeter. 

Group ‘B’: 

Laminar and Turbulent flows by Reynolds’s apparatus. 

Group ‘C’: 

Verification of “Friction Factor” for Laminar and Turbulent flow through pipes. 

Calibration of V-notch. 

Fluid Machinery (Mech Engg) 

List of Experiments 

1. Verification of impulse momentum principle using flat, inclined & curved plates. 

2. Study & trial on a Pelton wheel & plotting of operating characteristics. 

3. Study & trial on a Francis turbine & plotting of main/ operating characteristics. 

4. Study & trial on a Kaplan turbine & plotting of main/ operating characteristics. 

5. Study & trial on a centrifugal pump & plotting of operating & variable speed 

characteristics. 

6. Study & demonstration of different non conventional pumps such as air lift pump, jet 

pump, deepwell pump, hydraulic ram etc. 

7. Study & trial on a torque converter & plotting operating characteristics. 

8. Study and trial on reciprocating pump& plotting of operating characteristics 

9. Design of a complete pumping system installation using standard tables, charts supplied 

by pump manufactures. 

10. Visit to Hydro-electric power station & writing a report based on the visit. 

11. Visit to pumping station & writing a report based on the visit. 

LAB: Applied Thermodynamics & ICE (Mech Engg) 



8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

AT(S3) 

AT(S1) 

- - 

91 

AT(S2) 

APPLIED THERMODYNAMICS (Mech Engg) 

TERM WORK 

A Journal containing record of any eight of the following: 

1. Determination of calorific value using gas calorimeter. 

2. Determination of calorific value using Bomb calorimeter. 

3. Flue gas analysis using gas analyzer. 

4. Trial on reciprocating air compressor. 

5. Determination of dryness fraction of steam using throttling calorimeter or throttling and 

separating calorimeter. 

6. Demonstration and study of boiler mountings and accessories. 

7. Study/Trial on boiler to determine boiler efficiency, equivalent evaporation and energy 

balance sheet. 

8. Report on visit to any process industry which uses boiler. 

9. Study of package boilers. 

I. C. ENGINES & AUTOMOBILE ENGINEERING (Mech Engg) 

TERM WORK 

A journal containing record of any eight of the following: 

1. Study of fuel pump and injector. 

2. Study of carburetor. 

3. Trial on multi-cylinder petrol engine – Morse Test. 

4. Trial on diesel engine to determine energy balance and variable load performance. 

5. Variable speed trial on petrol/diesel engine. 

6. Trial/Demonstration of smoke meter and exhaust gas analyzer. 

7. Study of electronic ignition system. 

8. Performance trial on supercharged engine. 

9. Trial on I. C. engine to plot P-Ө diagram. 

10. Study of alternative fuels for I. C. engines. 

LAB: Basic mechanical Engineering (Mech Engg) 



8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

TERMWORK 

BME(B3) 

BME(A3) 

BME(B1) 

BME(C1) 

- - 

92 

BME(B2) 

BME(D2) 

BME(C3) 

BME(A1) 

BME(D1) 

BASIC MECHANICAL ENGINEERING (Mech Engg) 

1. Steam generators ( Water & Fire Tube Boiler ) 

2. I.C.Engine 

3. Household refrigerator & window Air- conditioner 

4. Shell and tube type heat exchanger 

5. Solar water heating system 

6. Centre Lathe 

7. Drilling machine ( Any one type) 

8. NC/CNC machine 

9. Power transmitting elements : Coupling , Gear, Shaft 

10. Material handling equipments 

LAB: Work shop (Mech Engg) 

BME(D3) 

BME(A2) 

BME(C2) 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

WS(C2) 

WS(C3) 

WS(B2) 

WS(D2) 

WS(B3) 

WP- 

III(A3) 

WS(D1) 

WS(D3) 

WS(A2) 

WP-III 

(A2) 

WS(B1) 

WS(A1) 

WS(A3) 

WP-III 

(A1) 

WS(C1) 

WORKSHOP PRACTICE-I (Mech Engg) 

List of Practicals 

1) CARPERNTRY: One job with teakwood joints, use of filler material, Adhesives 

etc.along with wood turning. 

2) SMITHY: One job with various operations (minimum two operations). 

3) WELDING: One job using welding operation containing simple joint. 


WORKSHOP PRACTICE-II (Mech Engg) 


- - 93 

1.FITTING: One job with one joint along with drilling, tapping, hacksaw 

operation. 

2.TIN SMITHY: One job including soldering, riveting operation 

3.PIPE JOINT: One job involving different operation bending, threading and 

welding. 

4.PLASTIC MOLDING: One plastic component on injection molding machine 

Workshop book should include description with sketch 

WORKSHOP PRACTICE III (Mech Engg) 

Term Work: 

1. Jobs: 

1. Plane and taper turning – one job. 

2. Forging and grinding of lathe tool with one knife and other end vee – one job. 

3. Making a simple solid pattern involving wood turning – one job. 

4. Welding (gas or arc) - one job. 

2. Journal and Demonstration: 

A journal containing record of following assignments based on the demonstration on 

machine tools (Sketches and relevant description). 

i.Block Diagrams (Any two): 

1. Lathe 

2. Universal milling machine 

3. Radial drilling machine 

4. Cylindrical grinder 

ii.Mechanisms (Any Two): 

1. All geared headstock of a center lathe 

2. Spindle arbor (assembly) drive of a milling machine 

3. Crank and slotted lever quick return drive of shaping machine. 

4. Spindle assembly in a drilling machine. 

iii.Accessories (Any two): 

1. Taper turning attachment for a center lathe. 

2. Universal driving head. 

3. Milling cutter. 

iv. 

1. Process planning sheet of the components of the job to be undertaken. 

2. Tool profile sheet for job of turning. 

3. Introduction to Industry. 

Workshop Practice – IV (Mech Engg) 


Part A: One composite job consisting of machining of components covering operations on - 

Lathe, Drilling, Milling Machines and essentially consists of Thread Assembly. 

Part B: Demonstration/Job on CNC machine which should consists of Step Turning and Taper 

Turning Operations/ 

Part C: One job on milling machine consisting of Gear Cutting Operations. 

Journal should contain the report of above jobs. 


LAB: Heat Transfer & RAC (Mech Engg) 

- - 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

HT(T2) 

HT(T1) 

94 

HT(T3) 

Heat Transfer (Mech Engg) 


The term Work shall consist of any “eight’ experiments out of the following 

1.Determination of thermal conductivity of insulating powder 

2.Determination of thermal conductivity of metal rod. 

3.Temperature distribution through a composite wall. 

4.Temperature distribution along the length of a fin and determination of fin effectiveness and fin 

efficiency. 

5.Natural convection heat transfer from a heated vertical cylinder. 

6.Heat transfer in forced convection for a pipe losing heat to air flowing through it. 

7.Determination of emissivity of a metal surface. 

8.Determination of Stefan-Boltzmann constant. 

9.Determination of critical heat flux in pool boiling. 

10.Performance of a parallel flow and counter flow heat exchanger. 

REFRIGERATION AND AIR-CONDITIONING (Mech Engg) 

Term Work: 

The term shall consist of record of minimum eight experiments from the followings. 

1. Test on vapour compression test rig. 

2. Test on air conditioning test rig. 

3. Test on ice plant test rig. 

4. Test on vapour absorption test rig. 

5. Study of non- conventional refrigeration systems 

7. Determination of cooling load of air conditioning system (case study) 

8. Study of installation/operation/maintenance practices for refrigeration systems 

9. Determination of refrigeration load in cold storage(case study/visit) 

10 Visit to any refrigeration or air conditioning plant. 

LAB: CONM (Mech Engg) 


- - 95 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

List of Practicals: 

CONM 

(T1) 

CONM 

(T3) 

Computer Oriented Numerical Methods (Mech Engg) 

CONM 

(T2) 

Minimum NINE programming assignments shall be completed and submitted as term work in 

the form of a journal comprising of flowcharts, program listing and results.Out of these, 

MINIMUM ONE programming assignment must be based on EACH of the topics Listed Below: 

1. Linear Programming 

2. Interpolation 

3. Curve Fitting 

4. Linear simultaneous equations 

5. Numerical Differentiation 

6. Algebraic and Transcendental equations 

7. Numerical integration 

8. Ordinary Differential Equation 

9. Partial Differential Equation 

NOTE: At least 3 of the above assignments will be carried out using a mathematical solver such 

as MATLAB, TK Solver, Mathematica, etc. The remaining assignments will be completed using 

C/C++ language. 

LAB: TMM (Mech Engg) 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

TMM(T2) 

TMM(T1) 

CONM 

(T3) 

THEORY OF MACHINE – I (Mech Engg) 


1) An experiment for finding radius of gyration of a connecting rod using theory of 

compound pendulum. 

2) An experiment on finding radius of gyration of a flat bar using theory of Bi-filler 

suspension. 


- - 96 

3) An experiment on finding radius of gyration of a model Fly-wheel using theory of 

Tri-filler suspension. 

4) Following assignments: 

A) Computer programming for velocity and acceleration analysis of slider crank 

mechanism 

B) Computer programming to find displacement, velocity and acceleration analysis 

of a single Hook joint 

5) Drawing file containing four (Imperial Size) drawing sheets: 

1. One sheet showing (any four) typical mechanisms of which one is to be a straight 

line mechanism. 

2. One drawing sheet on locating instantaneous centers and finding velocity by 

polygon method. 

3. One drawing sheet on finding acceleration by polygon method. 

4. One sheet on inertia force analysis of a connecting rod in an I.C. Engine 

mechanism 

THEORY OF MACHINES AND MECHANISMS-II (Mech Engg) 

List of Practicals: 

The practical shall consist of any eight of the following experiments 

1. Study of belt drive systems and measurement of slip. 

2. Study of various types of friction clutches and to measure torque transmitting 

capacity. 

3. Study of various types of brakes and dynamometers and to measure the power 

transmitted. 

4. Study of various types of cam and follower systems and Verification of cam jump 

phenomenon. 

5. To draw cam profiles for various types of follower motions. 

6. To determine the characteristics curve for centrifugal governor and to find its 

coefficient of insensitiveness and stability. 

7. Study of various types of gearboxes such as Industrial gear box, Synchromesh 

gearbox, Differential gearbox, PIV gearbox. 

8. To draw conjugate profile for any general type of gear tooth. 

9. To generate involute gear tooth profile and to study the effect of undercutting and 

rackshift using models. 

10. To study epicyclic gear trains and to measure torques- torque transmitted and holding 

torques. 

LAB: MQC (Mech Engg) 


- - 97 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

MQC (T2) 

MQC (T1) 

METROLOGY AND QUALITY CONTROL (Mech Engg) 

CONM 

(T3) 

Term Work shall be in the form of the following 

A) Experiments – Any eight of the following. 

1) Determination of Linear/Angular dimensions of a part using precision/non-precision 

measuring instruments. 

2) Precision Angular Measurement using Sine Bar/Sine Center, Autocollimator/Angle 

Dekkor. 

3) Machine Tool Alignment Test on any machine like- Lathe, Milling, Drilling. 

4) Measurement of Screw Thread using Floating Carriage Micrometer. 

5) Measurement of Gear Tooth Thickness by Gear Tooth Vernier Caliper/Constant 

Chord/Span Micrometer. 

6) Measurement of Circularity/Roundness using Mechanical Comparator. 

7) Calibration of Dial Gauge using Dial Calibration Tester. 

8) Interferrrometry- Study of Surfaces using Optical Flat. 

9) Study and applications of profile projector and Tool Maker’s Microscope. 

10) Inspection of Production Job by Statistical Process Control. 

B) Assignment - At least two assignments based on Syllabus of Quality Control 

C) Industrial Visit Report on study of Metrology Subject 

LAB: Metallurgy (Mech Engg) 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

META(S3) 

METALLURGY (Mech Engg) 

META(S1) 

META(S2) 


- - 98 

TERM WORK 

A journal containing record of any eight experiments of the following: 

1. Tension Tests – on mild steel and aluminum. 

2. Brinell and Poldi Hardness test. 

3. Rockwell and Vickers hardness test. 

4. Izod and Charpy impact test. 

5. Compression test. 

6. Non-destructive tests – Magna flux testing, Dye penetration test, Ultrasonic testing. 

7. Study and drawing of microstructures of mild steel, medium carbon steel, eutectoid steel, 

and hyper eutectoid steel. 

8. Study and drawing of microstructures of white, malleable, gray and nodular cast irons. 

9. Study and drawing of microstructures of hardened steel, tempered steel and a welded 

joint. 

10. Jominy end quench test. 

11. Study and drawing of microstructures of α brass, α + β brass, tin bronze, Babbitt. 


3. Laboratory Time Table: Computer Engg 

Lab: DEL LAB(SEM – 1) Computer Engg 

- - 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

S1-DEL 

List of Assignments DEL Computer Engg 

1] Study of TTL Charastics . 

2] Study of code converter. 

a) BCD-EX-3 b) EX-3 – BCD. 

3] BCD Adder –Subtrator. 

4] Pariety generator & checker. 

5] multiplexer. 

6] demultiplexer. 

7] Flip Flops , Registers & counter. 

8] Asynchronous MOD-5 Counter. 

9] synchronous & Asynchronous up/down counter. 

10] sequence generator. 

11] Modulus N counter. IC 7490. 

12] Pseudo random binary sequence using IC 74194. 

13] Sequence detector. 

14] implementation of PAL. 

15] multisim software. 

16] FPGA devices. 

17] Design of mux using VHDL. 

Lab: PL LAB(SEM – 1) Computer Engg 

99 

S3-DEL 

S3-DEL S2-DEL S1-DEL S2-DEL 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

S3-PL 

S2-PL 

List of Assignments PL Computer Engg 

S1-PL 

S3-PL 

S2-PL 

S1-PL 


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1. Write a program to perform various string operations such as copy length reversing 

palindrome concatenation and to find occurrence of a sub –string using and without 

using library functions. 

2 write a program to understand various logical and bit wise operators. 

3 write a program to generate permutations and combinations of a given list 

4 write a program to perform various options such union and intersection on sets 

5 write a program to perform addition and multiplication operations on matrix write 

functions to determine whether the matrix is symmetric and skewed 

6 Write a program to compute Inverse of a matrix. 

7 Write a program to solve system of simultaneous equations using Cramer’s rule, Gauss Serial 

rule, Gauss Elimination method. 

8 To create a text file, read it and convert into uppercase and write the contents into another text 

file (Do not use standard library function ) By using command line arguments. 

9 Write a program to implement a small database project to understand the concept of structures, 

pointers, various, operations on files such as create, open, add/modify/delete/process/append 

a record, search a record, sort, merge, close. 

10 Represent a polynomial using array and write a menu driven program to perform addition, 

multiplication and evaluation. 

11. Implement stack as an ADT. Use this ADT this to perform expression 

conversion and evaluation. (Infix-Postfix, Infix-Prefix, Prefix-Postfix, 

Postfix-Infix, Postfix-Prefix ). 

12.Implement circular queue and double ended queue using arrays. 

13 Implement following sorting methods : Bubble sort and Selection Sort. 

14 Implement Sequential and Binary search. 

Lab: DBMS(SEM – 1) Computer Engg 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

T1-RVPL 

T3-RVPL 

T2-RVPL 

T1-RVPL T2-RVPL 

T3-RVPL 

LIST OF ASSIGNMENTS- DBMS Computer Engg 

1) Write a 'C' program to design and develop a mini database system that should allow a user to 

create database tables, insert records in the tables and write and execute simple SQL like 

queries (involving only select and from clauses) to retrieve data from the database. The 

program should implement data dictionary and store data in tables using file system of the 

underlying operating system. 

2) Design and draw an ER/EER diagram using standard notations for given problem definition 

and convert this diagram into Database Tables. (Instructor should define problem definition 

with reasonable complexity for each batch such that it facilitates the use of all ER/EER 

features such as all types of relationships, all types of attributes, strong and weak entities, 

aggregation, generalization etc.) Create Database Tables and Indices in back-end database 

such as ACCESS/Foxpro etc using GUI/Commands. Insert tuples in each table such that 


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every relationship and constraint is reflected. Perform updates on these tables. 

Now create tables with ORACLE/ INGRESS/SQL Server/MySQL/PostgreSQL using SQL 

DDL statements. Use SQL DML statements such as INSERT, UPDATE and DELETE to 

insert the data into tables and to update/delete the data inserted into/from tables. Write and 

execute SQL queries to extract information from the tables. (Instructor should frame 

questions such that the required queries should involve use of string manipulation functions, 

aggregate functions, Date functions, conversion and transformation functions, simple queries 

and nested queries, renaming of attributes and/or tables, removal of duplications, creating 

views etc.) 

3) Design and develop forms and reports using MS ACCESS or ORACLE D2K. 

4) Write and execute Embedded SQL queries using C/C++ as host language. The problem 

definition should allow the use of cursors and all commonly used command and bidirectional 

transfer of information (Between host language data items and back end 

Databases). 

5) Write and execute Dynamic SQL query. (Instructor should frame appropriate problem 

definition). 

6) Write and execute Triggers and Procedures/ Functions using PL/ SQL. (Instructor should 

frame appropriate problem definition). 

7) Create and perform Database operations using ODBC 

8) At least two assignments on COBOL to cover the concepts of file handling and Table 

handling. 

Mini Project 

Instructor should assign a mini project to a group of 3 - 4 students based on RDBMS and/or 

Visual programming. Application should consist of 3 - 4 tables, relevant forms and reports. VB 

Controls such as Toolbar, CoolBar, StatusBar, ImageCombo, Mask Edit, Menus and Popup 

Menus, Grid, Chart controls, TreeView, Listview, MonthView, DateTimePicker, Resource File 

etc may be used to build the Mini Project. Students should submit 

i) Design of the Database (use ER/EER diagrams, schema diagrams and 

Normalization techniques) 

ii) Create necessary tables 

iii) Details of form design, controls their properties and event description iv) Provide Insert, 

Delete, Update and record navigation facilities with suitable User Interface using VB and 

its data aware controls. Provide facilities to generate necessary reports v) Setup Program 

for a project using packaging and deployment wizard 

Lab: DSP(SEM – 1) Computer Engg 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 T2-SPL 

1.30 – 2.30 

2.30 – 3.30 

T1-SPL 

List of Assignments DSP Computer Engg 

T3-SPL 

T2-SPL T3- SPL 

T1-SPLL 


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1) Write a C program to generate samples of sine, square, exponential and random signals 

at specified sampling frequency and signal parameters. 

2) Find the output of a given system for given input sequence using linear convolution. 

3) Find the output of a system described by given difference equation and initial 

conditions for given input sequence. 

4) Write a program to accept pole zero locations to generate a. Pole zero plot b. All possible 

ROCs 

5) Write a C program to plot the magnitude and phase response of a given system. Also find the 

magnitude and phase at a particular frequency. 

6) Find the N point DFT / IDFT of the given complex sequence x (n) / x (k) 

7) Find the N point circular convolution or linear convolution using circular convolution of 

given two sequences. 

8) Compute the linear / circular convolution of given two sequences using DFT and IDFT. 

9) Implement the N-point radix-2 DIT FFT algorithm to find DFT or IDFT of given sequence x 

(n) or X (k). 

10) Find DFT of a given sequence using Goertzel algorithm. 

11) Find the Fourier transform of various window functions. Plot the magnitude and phase 

functions. 

12) Design a DT IIR Butterworth filter for given specifications using Bilinear Transformation. 

13) Design an FIR filter from given specifications using windowing method. 

Lab: HL(SEM – 1) Computer Engg 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 T3-HL 

1.30 – 2.30 

2.30 – 3.30 

T2-HL 

T1-HL 

T3-HL T1-HL 

T1-HL 

LIST OF Assignments HL Computer Engg 

1. File I/O: Write Assembly Language Program (ALP) using Program Segment Prefix 

(PSP) to provide following file handling utility functions 

a. Create file 

b. Read file 

c. Display file in dump and text mode 

d. Modify a file 

e. Delete a file + rename a file 

2. Write an ALP to carry out complex arithmetic operations using coprocessor 

3. Disk I/O: Write inline code (Interfacing 'C' with assembly language) for the following a. 

Boot sector display for 1.44MB Floppy disk b. Display file contents using Root 

directory and FAT 

4. Write an Installable DOS Device Driver for a printer. Study of Windows Device Drivers 

5. Study Assignments 


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a. Study and troubleshooting of Mother board, memory, video, adaptors, 

Keyboard, FDD, HDD, serial, parallel ports etc. 

b. Study of PC diagnostic tools 

c. Study of PC Add-on card 

6. PC Assembly, setup and Installation: Assemble the PC and carry out CMOS and other 

setting, Partition the hard disk, install dual operating systems say Windows and Linux, 

install necessary drivers for peripherals such as printer, modem, scanner, zip drive, pen 

drive, CDROM, LAN Card, Camera etc) and Configure the system for intranet and 

Internet access 

7. PC-to-PC communication using NULL MODEM connection (using 'C' language only) 

8. Write an ALP to understand working of a Mouse. The program first tries to determine if a 

mouse driver is present. If so, it will show Mouse's X and Y Positions that will be 

updated as per the mouse movement. The Program will make the speaker beep whenever 

mouse gets near the center of the screen. The program will display a target say a [*] on 

the screen and will terminate whenever, the mouse button is pushed while the cursor is 

over *. The program will also terminate if the user enters the key 'Q'. The program will 

hide or show the mouse if the user presses 'H' and 'S' keys respectively 

9. Write assembly language program to perform detection of DOS Protected Mode Interface 

(DPMI), make CPU Identification, Capture Machine Status Word and Display the 

contents of Task Register, GDTR, IDTR and LDTR 

10. Simulation of Cache Memory algorithms using "SMP Cache" 

11. Assignments based on Programming 8051 Micro-controller using 8051 hardware or kits 

to cover following topics 

a. Bit addressable area, Register Banks, External data memory, External program, 

Memory (MOVX, MOVC etc) 

b. Timer programming: ISR based 

c. Serial port programming: ISR based 

12. PIC 16FXX programming (using simulator only) a. I/O ports-programming b. ADC 

programming 


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4. Lab Time Table: Department of Electronics & 

Telecommunication and Electronics Engg. 

Lab: Microprocessor & Microcontroller (SEM -1) Electronics & Telecommunication and Electronics Engg. 


8.30 – 9.30 

9.30 – 10.30 

10.45 -11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

P&C(A1) P&C(D1) P&C(C2) 

P&C(A2) P&C(B2) P&C(B1) P&C(B2) 

P&C(D2) P&C(C1) 

List of Experiment For Microprocessor Microcontroller & Applications MPMC LAB: 

Electronics & Telecommunication and Electronics Engg. 

1. Executing program using various instruction using simulators 

a. Add / Subtract, Multiply and Divide using internal memory 

b. Executing External memory related instruction e.g. 8255(as a memory map ext RAM 

or external EPROM) 

2. Designing mathematical calculator 

a. Add 

b. Subtract 

c. Multiply 

d. Divide 

e. Square 

Using simulator kit 

3. Timing diagram of typical target board using DSO and logic analyzer of typical 

instruction. 

4. Creating program using assembler and downloading using EEPROM/Flash programmer 

small program to flash LED. 

5. Interfacing keypad and LCD display and program to detect the key and display on LCD 

6. Interfacing 8 bit and 12 bit ADC. Find out average value over 10 readings 

7. Interfacing D/A converter 

a. Generating various waveforms 

8. Debugger using simulator and emulator 

9. serial communication to PC 

10. controlling motor/stepper motor 


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Lab: SDC / EHW (SEM -1) Electronics & Telecommunication and Electronics Engg. 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

SDC(C1) SDC(A1) SDC(B1) 

EHW(B2) EHW(A2) EHW(B1) 

SDC(A2) SDC(C2) SDC(B2) EHW(A1) EHW(C1) 

List of Experiment Semiconductor Devices & Circuits (Electronics & Telecommunication and 

Electronics Engg.) 

1. Characteristics of JFET-Drain Characteristics,Transfer characteristics 

2. JFET Biasing arrangement 

3. Built & test JFET CS Amplifier 

4. Simulation of JFET CS amplifier 

5. Input/Output Characteristics of BJT CE Configuration 

6. Built & test BJT CE Amplifier 

7. Simulation of BJT CE Amplifier 

8. Comparison of CE,CB,CC configurations 

9. Frequency Response of BJT & FET single stage Amplifier 

Experiments List of EHW Lab (Electronics & Telecommunication and Electronics Engg.) 

1. Study of passive components 

2. Study of active components 

3. Study of front panel controls of Analogue and digital multimeter 

4. Study of front panel controls of CRO 

5. Study of power supply 

6. Study of function generator 

7. Study of various types of PCBs 

8. Build and test digital circuit on general purpose PCB using digital ICs and verify logic levels. 

(Soldering practice) 

9. Study of PCB design and fabrication 

10. Make single sided PCB for simple circuit (manual artwork drawing) 

SEM –II - Electronic Circuit & Application 

1) Center tapped bridge rectifires, Dual power supply. 

2) Clipping & clamping circuit. 

3) Voltage multiplier circuits – Regulation characteristics & effect of frequency. 

4) Class A transformer coupled, Class B push – pull amplifier – Efficiency calculations. 

5) Transistor inverter in relay & LED driving application. 

6) Tuned amplifiers – Single & double tuned amplifiers. 

7) Voltage series, current series feedback amplifier. 

8) voltage shunt & current shunt feedback amplifier. 

9) Simulation of LC oscillator. 

10) Linear Voltage regulators – Floating, Adjustable three terminal regulators, current 

boosting, CV & CC modes of operation. 


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Lab: Digital System (SEM -1) (Electronics & Telecommunication and Electronics Engg.) 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

DS(A1) DS(B1) DS(C1) DELD (S3) 

DELD(S1) DELD( S3) DELD (S2) DELD (S1) DELD( S2) 

DS(C2) DS(B2) DS(A2) 

List of Experiment For Digital System (Electronics & Telecommunication and Electronics 

Engg.) 

Sr.No 

. 

Expt.Name 

1. Verification parameters & Xfer char of 74LS & 74HC family 

2. Verification of TTL-CMOS / CMOS –TTL interfacing 

Code conversion 

3. 

a) Binary to Gray 

b) Binary to BCD 

c) BCD o Binary 

4. 

a) Implement 2 bit digital comparator 

b) Verify 4 bit comparator using IC 7483 

5. 

a) Verification of MUX 

b) Verification of DEMUX 

6. Design 3 bit bidirectional shift register 

7. Design Johnson counter 

8. Verification of Universal shift register IC 7495/74194 

9. Design pulse train generator 

10 Design 3 bit up-down ripple counter 

11. Verification of ripple counter IC 7490 & Sync counter IC 74191 

12. Verification of DAC 

List of Experiment For Digital Electronics & Logic Design DS LAB (Electronics & 

Telecommunication and Electronics Engg.) 

1] Study of TTL Charastics . 

2] Study of code converter. 

a) BCD-EX-3 b) EX-3 – BCD. 

3] BCD Adder –Subtrator. 

4] Pariety generator & checker. 

5] multiplexer. 

6] demultiplexer. 

7] Flip Flops , Registers & counter. 

8] Asynchronous MOD-5 Counter. 

9] synchronous & Asynchronous up/down counter. 


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10] sequence generator. 

11] Modulus N counter. IC 7490. 

12] Pseudo random binary sequence using IC 74194. 

13] Sequence detector. 

14] implementation of PAL. 

15] multisim software. 

16] FPGA devices. 

17] Design of mux using VHDL. 

Lab: Digital Communication (SEM -1) (Electronics & Telecommunication and Electronics Engg.) 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

DC(C1) DC(B1) DC(A1) 

DC(C2) DC(D2) DC(A2) 

DC(A2) DC(B2) DC(D1) 

DIGITAL COMMUNICATION (Electronics & Telecommunication and Electronics Engg.) 

Sr.No. Title of Experiment 

1. Sampling Theorem 

2. Line coding Techniques 

3. Delta Modulation 

4. Adaptive Delta Modulation 

5. Frequency Shift Keying 

6. Companced PCM (using A – Law ) 

7. QPSK Generation / Reception in presence of noise 

8. Generation of 6 – bit PN sequence & study of spectrum 

9. Detection of digital signal using matched filter in presence of nois 

10 

Generation & Detection of DS – SS coherent BPSK & spectral 

analysis 

SEM –II - Analog Communication 

1)Study of AM Generation(DSB-FC). 

2) Study of AM transmitter using Spectrum Analyzer. 

3)Study of Envelope Detector – Practical diode detector. 


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4) Study of FM Generation. 

5) Study of FM transmitter using Spectrum Analyzer. 

6) Study of FM – detection Radio Detector. 

7) Measurement of Receiver Characteristics: Sensitivity, Selectivity, fiedility. 

8) Study of DSB – SC & SSB Generator using Spectrum Analyzer. 

9) Study of DSB – SC & SSB detector. 

10) Measurement of Antenna radiation pattern for different antennas. 

Lab: CS/ Mechatronics (SEM -1) (Electronics & Telecommunication and Electronics Engg.) 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

Mechto(B1) Mechto(A1) Mechto(D1) CS(B2) Mechto(D2) 

CS(A2) Mechto(B2) Mechto(C2) Mechto(C1) CS(A1) 

Mechto(A2) CS(C2) CS(C1) CS(B1) 

List of Experiment For Control System LAB (Electronics & Telecommunication and Electronics 

Engg.) 


1. Phasor plot of Syncro system 

2. Magnitude and Phasor Plot of LAG Network 

3. Magnitude and Phasor Plot of Lead Network 

4. Transient Response of Second Order system 

5. Verification of Ladder diagram using PLC 

6. Flow control using PID Actions 

7. Study of LVDT for displacement measurement 

8. Study of pressure transducer 

9. Unit step and Ramp Response of TF Using MATLAB 

10 To Draw root Locus and Bode plat Using MATLAB 

Mechatronics 

Sr.No. Title of Experiment 

1. 

Plot the charactertics of Pressure Transducer & Temperature 

Transducer 

2. Study of various Electro hydraulic components 

3. Study of Electropenumatic components 

4. Study of PID controller using graphical PID display 

5. PLC Programming – Application Based 

6. 

Study of Displacement velocity & Acceleration Measurement – 

Vibration 


7. 

8. 

9. 

10 

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Mechatronics case study of ROBOTICS – operation of pick & place 

robot including programming in linear / circular mode OR Pick & 

Place Robot 

Study of Mechatronics System I – Using component sensors 

Actutators, PLC /Microcontroller OR Opening & closing of car 

parking barrier 

Study of Mechatronics System II – Using component sensors 

Actutators, PLC /Microcontroller OR Door Opening & closing 

Study of Mechatronics System III – Using component sensors 

Actutators, PLC /Microcontroller OR PLC / μC based lift control 

Lab: NT/AICDA (SEM -1) (Electronics & Telecommunication and Electronics Engg.) 


8.30 - 9.30 

9.30 -10.30 

10.45 –11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

AICDA(C1) AICDA(B1) NT(A2) AICDA(A2) 

NT(C2) AICDA(D2) NT(B2) AICDA(D1) NT(C1) AICDA(C2) 

AICDA(B2) AICDA(C2) AICDA(A1) NT(B1) NT(A1) 

List of Experiment: AICDA LAB (Electronics & Telecommunication and Electronics 

Engg.) 

Sr. 

No. 

1. 

2. 

Name of the Experiment 

Study of non ideal parameters with general purpose (741C) and 

(OP-07) op-amps. 

Op-amp parameter measurements-offset voltage, Bias current, 

CMRR, slew rate Open loop gain. 

3. Op-amp applications-I: Integrator, Differentiator. 

4. Op-amp applications-II: Comparator (LM 339), Schmitt trigger. 

5. Design, simulate, Build and Test Active filters. 

6. To study the operation of IC 565 as PLL. 

7. Design, Build and Test a square wave generator using op-amp. 

8. Study of precision rectifier 


- - 110 

List of Experiment For Network Theory LAB (Electronics & Telecommunication and 

Electronics Engg.) 

Sr. 

No. 

Expt.Name 

1. To Verify Thevenin’s Theorem ( AC & DC Circuits ) 

2. To Verify Maximum Power Transfer Theorem(AC &DC Circuits) 

3. 

To plot Frequency response of Frequency Selective Network( Twin 

T or Wein Bridge) 

4. To build & test Series & Parallel Resonance Circuits 

5. To design constant K LPF & HPF Circuits 

6. To design constant K BSF & BPF Circuits 

7. To Find Z-Y Parameters of any two port n/w 

8. To plot poles& zeroes for one port driving point function 

9. Measurement of Zo & gamma for T & Pi n/w 

10 Design ,build & test symmetrical T & Pi attenuators 

Lab: EDW(SEM -1) (Electronics & Telecommunication and Electronics Engg.) 


8.30 – 9.30 

9.30 – 10.30 

10.45 – 11.45 

11.45- 12.45 

1.30 – 2.30 

2.30 – 3.30 

EDW(D1) EDW(C1) EDW(B2) 

EDW(C2) EDW(D2) EDW(B1) 

EDW(A2) EDW(A1) EDW(D2) 

ELECTRONIC DESIGN WORKSHOP (Electronics & Telecommunication and Electronics 

Engg.) 

A) Title: -Design of Linear Regulated Power supply 

Scope of design: 

1) Design the circuit with given specification. 

2) Design of regulated DC power supply 

3) Indicators for over voltage, over current 

4) Input power considerations and protection circuits (MOVs, EMI filters, Fuses, MCB) 

5) Thermal considerations 

6) Verification of each designed circuit using any simulation software. (Printout should be part 

of submission) 

Design specifications 

A1) 0 to 30V, 15A 

A2) 0 to 30V, 0 to 2A 

A3) 0 to +/-12V, 1A 


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A4) 5V, 2A 

A5) 100V, 100mA(using floating regulator) 

A6) 0 to 12V, 5A(using programmable regulator with proper step size) 

A7)-5V, 0 to 5A 

A8) 1A.30Vmax (current source generator) / 30 max, load R 

For all the above designs consider mains variation –15% to 10% 

O/P ripple voltage

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Par t C: Use any simulation software like p-SPICE to visualize the frequency response. 

Part D: Comment oni. 

Cascading of filters for 3 rd and 4 th order. 

ii. Other types responses like Chebyshev, Cauer. 

High Pass Filter: 

Part A: Design a second order HPF with cut off frequency f0= 100 Hz. For the following 

configurations: 

i. Unity gain Sallen Key Configuration with Q=2. 

ii. Q=0.707 Butter Worth HPF. 

iii. KRC filter with gain =5 and using equal components 

Part B, C, and D: Similar as given in LPF with reference to HPF. 

Band Pass Filter: 

Part A: Design a second order BPF with f0= 1KHZ and BW = 100 Hz using equal 

Component option. What is its resonance gain. 

Part B: Use PSPICE to visualizing the frequency response 

Part C: I Comment on Cascading of filter for 3 rd and 4 th order. 

II Other types responses like Chebyshev, Cauer. 

Band Stop Filter / Notch Filter: 

Part A: Design a Second order notch filter with f0= 60 Hz and BW= 5Hz. 

What is its low and High Frequency gain. 

Part B: Use PSPICE to visualizing the frequency response 

Part C: I Comment on Cascading of filter for 3 rd and 4 th order. 

II Other types responses like Chebyshev, Cauer. 

D) Micro controller Based Data Acquisition System: 

Scope of assignments shall be – 

a) Selection of Transducer for given specification 

b) Front end analog signal conditioning circuit 

c) Selection of suitable A to D converter 

d) Selection of Microcontroller 

e) Output interfacings: 

i) Relay 

ii) Display (Single LED) 

iii) DAC with PWM for analog output 

D1. Temperature measurement systems: 

D2. Flow measurement system: 

D3. Level Measurement System: 

D4. Design a Microcontroller based weigh scale using load cell. 

D5. Design a four-channel tool displacement system 

D6. Design an alarm annunciator for 4-channel pressure measurement system. 

D7. Design an ECG amplifier with 1 mV calibration facility. 

1. Study of passive components 

2. Study of active components 

Experiments List of EHW Lab (II Sem) 


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3. Study of front panel controls of Analogue and digital multimeter 

4. Study of front panel controls of CRO 

5. Study of power supply 

6. Study of function generator 

7. Study of various types of PCBs 

8. Build and test digital circuit on general purpose PCB using digital ICs and verify logic 

levels. (Soldering practice) 

9. Study of PCB design and fabrication 

10. Make single sided PCB for simple circuit (manual artwork drawing) 

ELECTRONIC SOFTWARE WORKSHOP (II Sem) 

Section A: Program to solve numerical computational method: 

1: Solution of Transdental &polynomial equations: 

a) Bisection Method 

b) Newton Raphson method using defined function 

c) Secant Method 

d) Successive approximation method 

2: Solution of linear equation: 

a) Gauss-elimination method 

b) Gauss-jordan method 

3:Interpolation and polynomial Approximation 

a) Newton forward difference equation method 

4: Numerical Integration and differentiation 

a) Trapezoidal Rule 

b) Simpson’s 1/3 Rule 

c) Simpson’s 3/8 Rule 

d) Euler’s modified method 

Section B: Simulation of typical circuit using circuit simulation tools such as pSpice, Multisim 

5: Transisterised circuits 

a) Two stage amplifier 

b) Series Regulator 

c) Audio drivers/Audio power Amplifiers 

6: IC based circuits 

a) sequential Digital Circuits 

b) Combinational Logic 

c) Timer Circuits 

Section C: MATLAB/OCTAVE 

7: Control System Pole Zero plot 

8: Signals and system: Program to generate different wave forms 

9: Network Theory:L.C Oscilllator 

10: Assignments 


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DATA STUCTURE AND FILE (II Sem) 

1 a) Program to create & manipulate database using structure. 

b) Program to add two polynomials using array of structure. 

2 Program to implement primitive operations on sequential file. 

3 a) Program to search for a record from a given list of record stored in an array using 

i) Linear Search ii) Binary Search. 

b) Program to create Hash table & handle collision using linear probing without replacement. 

4 Program to sort an array of names using 

i) Bubble Sort ii) Insertion Sort iii) Quick Sort. 

5 a) Program to implement following operation on singly linked list: 

i) Create ii) Delete iii) Insert iv) Display v) Search. 

b) Program to add two polynomial using linked list. 

6 a) Program to implement stack using : 

i)Array ii)Linked List. 

b) Program to convert an infix expression to postfix expression & evaluate the resultant 

expression. 

7 Program to implement Queue using: 

i) Array ii) Linked List. 

8 Program to create a Binary Search Tree & Perform following primitive operation on it: 

i) Search ii) Delete iii) Traversals ( inorder , preorder , postorder –recursive ) and 

iv)Non-recursive in-order traversal 

9 Program to create a graph using adjacency matrix / Adjacency list & traverse it using BFS 

& DFS methods. 


Teaching load of each faculty 

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Sr. No. Name of The Teaching Faculty Designation 

Weekly 

Load 

1 

Engineering Sciences ( F.E. ) 

Capt Dr. Sonaje N. P. Principal 4 

2 PROF. Patil S. N. Asst. Prof. 10 

3 PROF.Mrs. S.D. Kapade Ghorpade) Asst. Prof. 11 

4 PROF. Mr. Lokhande N.M. Asst. Prof. 16 

5 PROF. Mr. Jain Indrajeet M. Asst. Prof. 20 

6 PROF. Mrs. Yadav Smita M. Lecturer 24 

7 PROF.Mr. Kokane S. J. Lecturer 24 

8 PROF. Mrs. Shinde P.S. (Hole P.B.) Lecturer 15 

9 PROF. Miss. Joshi Rashmi Lecturer 20 

10 PROF. Mr. Sawant V.S. Lecturer 8 

11 PROF. Mrs. Shisode B.A. Lecturer 20 

12 PROF. Mrs. Thavare S. S. Lecturer 20 

13 PROF. Mrs. Andhare M.S. Lecturer 16 

14 PROF. Mr. Shelke D.B. Lecturer 16 

15 PROF. Mrs. Abin Deepa Lecturer 14 

16 PROF. Mr. Wagh N.R. 

Electronics Engineering Staff 

Lecturer 14 

17 PROF. Mr. Kulkarni S.M. Asst. Prof. & HOD 12 

18 PROF. Mr. Nipanikar S. I. Asst. Prof. 13 

19 PROF. Mr. Kazi R. L. Lecturer 16 

20 PROF. Miss. Mulmule P.V. Lecturer 18 

21 PROF. Mr. Kendre S.S. Lecturer 16 

22 PROF. Mr. Chavan P.P. Lecturer 18 

23 PROF. Mrs. Patil A.S. Lecturer 18 

24 PROF. Mrs. Patil H.N. Lecturer 18 

Electronic and Telecommunication Engineering Staff 

25 PROF. Mr. Kurkute S.L. Asst. Prof. & HOD 12 

26 PROF. Mr. Dhoot N.D. Asst. Prof. 12 

27 PROF. Mrs. Badadhe V.A. Lecturer 16 

28 PROF. Miss. Patil Bharti. S. Lecturer 16 

29 PROF. Mrs. Nipanikar R.S. Lecturer 18 

30 PROF. Mr. Thune N.N. Lecturer 16 

31 PROF. Mrs. Kurani Reena Lecturer 16 

32 PROF. Mrs. More Sapna Lecturer 11 

33 

Mechanical Engineering Staff 

PROF. Mr. Phadkule V.N. Prof. & HOD 8 

34 PROF. Mr. Dhekane A.S. Professor 10 

35 PROF. Dr. Kedar H. I. Professor 10 

36 PROF. Mr. Bhortake R.V. Asst. Prof. 15 

37 PROF. Mr. Dambhare S. G. Asst. Prof. 16 

38 PROF. Mr. Mahajan G.N. Asst. Prof. 13 

39 PROF. Mr. Bulbule A.H. Sr. Lecturer 14 

40 PROF. Miss. Wasnik A.S. Lecturer 20 


41 

- - 116 

Computer Engineering Staff 

PROF. Mr. Gurav Y. B. Prof. & HOD 10 

42 PROF. Mr. Asrani S.K. Asst. Prof. 14 

43 PROF. Mr. Bagade V.V. Sr. Lecturer 16 

44 PROF. Mr. Kadam S.U. Lecturer 17 

45 PROF. Miss. Bodake Sarika V. Lecturer 16 

46 PROF. Miss. Lomate Veena M. Lecturer 14 

47 PROF. Mrs. Gawande Deepali S. Lecturer 12 

48 PROF. Mr. Hemant Shinde 

M.B.A. 

Lecturer 12 

49 Prof. A K Sood Professor 8 

50 Prof. Tammenwar Mamta Lecturer 16 

51 Prof. Sharma M P Lecturer 16 

52 Prof. Ms. Chitta Kalyanlaxmi Lecturer 16 

Internal Continuous Evaluation System in place 

o The Institute follows rigorous continuous assessment of the academic work which 

includes attendance of the students in theory and practical, submission of assignments 

and term work completion of the course work. 

o Above record of continuous assessment are covered under Academic Progress Report 

Book. Each faculty member records in this book. This book is weekly checked by 

concerned Head weekly. 

o Strict follow-up of attendance is taken on daily basis. Absentee of student is 

immediately brought to the notice of his/her parents by Guardian faculty member on 

the same day. Each Guardian faculty member takes care of 15 students .Letters are 

sent to the defaulter students at the end of every month. 

o To control the attendance of the students we do not permit the students to leave the 

college campus without prior permission of proper authority and this permission is 

given, in cases of genuine reason only. 

Student assessment of faculty, System in place. 

The feedback about the faculty from the students is taken twice in a Academic year 

i.e. once in every Semester. According to the remarks suggested by the students the 

faculty is advised to do the necessary corrections in the teaching learning process. 

This helps the Institute to maintain a healthy relationship between staff and students 

and also results in better performance of the students in every subject. 


Post Graduate Programme: 

- - 117 

i. Title of the programme : Master of Business Administration 

ii. Curricula and Syllabi : (As per the University of Pune and as attached as Annexure 11) 

iii. Faculty Profile : As per Annexure 2 

iv. Laboratory facilities exclusive to the PG programme: Computer Lab. 

Special Purpose : As per item no. XV (INFORMATION ON 

INFRASTRUCTURE AND OTHER RESOURCES AVAILABLE) mentioned above. 

List of typical research projects : Since the Institute is in first year of Management, identified 

areas are as under, 

1. Human Resources 

2. Financial Management 

3. Marketing 

4. Purchase Management 

Industry Linkage: Since the Institute is in first year of Management, identified industries, 

1 MASTEK 

2 IFLEX /TCS 

3 ACCENTURE 

4 MAXIMINE LEARNING 

5 V-CUSTOMER 

6 COGNIZANT 

7 INFOYSIS 

8 SYNTEL 

9 NSE 

10 KANBAY 

11 SATYAM 

Publications (if any) out of research in last three years out of masters projects : Not Applicable 

Placement status : Not Applicable 

Admission procedure: As per combined entrance test (CET) Maharashtra State, conducted by 

Directorate of Technical Education , Mumbai 

Fee Structure : As per the direction of State Shikshan Shulk Samiti, interim fee of 

Rs.46500/- is charged. 

Hostel Facilities : Off campus. 

Contact address of co-ordinator of the PG programme: 

Name : Dr. Arun Kumar Sood 

Address : 12/2,Akhil Society, 179 Karve Road,Pune 411038 

Phone NO. : (020) 25437968 

MOBILE NO.: 09822375773 

E-mail : jica_mbahod@rediffmail.com

MANDATORY DISCLOSURE (2008-2009) - JSPM

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