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Curriculum Vitae
1. Name: Dr. B. N. Chaudhari 2. Office address: Professor of Electrical Engineering
College of Engineering, Wellesley Road, Shivajinagar, Pune-411005 Maharashtra, India.
Email: bnc.elec@coep.org.in Phone No :( 020) 2557112 Fax: (020) 25507299 Mobile no: 9423582027 3. Qualifications: Ph.D. [IIT, B]
Degree Percentage% Board /University Year SSC 89 %
[Board Rank 12th in Marathwada region ] Aurangabad 1981
HSC 85 % Aurangabad 1983 B. E. 78 % [University Rank 2nd ] Marathwada 1987 M.E 75 % [University Rank 1st ] Marathwada 1991
Ph.D. Course CGPA 8.6 I.I.T., Bombay 2001 4. Experience
Post Organization From To Experience in Years
Electrical Engineer Garware Plastics and Polyester limited
June 87
July 88 01
Design Engineer, DoE –GoI Selection
Centre for Electronics Design and Technology, CEDT A ’bad.
Aug. 88
Feb.90 1.5
Lecturer MPSC selection, Rank 2
Government College of Engineering Aurangabad
March 90
June 2000
10.5
Assistant Professor MPSC selection Rank 2
Government College of Engineering Aurangabad
July 2000
June 2002
02
Professor MPSC selection, Rank 1
College of Engineering, Pune
July 2002
Till date
11
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Total Experience = 26 years { 11 years as Professor}
Please Refer Annexure B for the contributions made as “Professor of Electrical Engineering” at College of Engineering, Pune.
5. Professional outputs [Summary]:
Please refer Annexure A for the details Publications in last 5 years 23 [20 Published, 03 provisionally selected, under review] Total publications 63 [60 Published, 03 provisionally selected, under review] Patents 04 [02 filed, 02 with Patent Attorney] Sponsored R & D projects 07 [Total funds fetched so far Rs. 603 lakhs] Noteworthy industrial testing and consultancy assignments
10 [Clients: Emerson, Stanford Generators, Kirloskar Pumps, Bosh, MSEDCL, etc.]
6. Student Guidance
B. Tech projects 20 in last 10 years M. Tech projects 21 Ph.D. Supervision 02 Thesis submitted, Viva-voce awaited
02 On the verge of completion 02 Registered, work at intermediate stage
7. Awards/Prizes/Certificates:
Recipient of Fellowship of IEEE-PES society to attend PES winter meeting at Singapore.
Recipient of Teaching Excellence award instituted by The Indus Foundation and AP Govt.
Recipient of Linkein Innovation award in 2012.
S.S.C. Rank 12th, B.E. and M.E. Ranker, Recipient of National Merit Scholarship till
graduation.
8. Miscellaneous: [Last 5 years]
PG Examiner for several institutes including IITs Worked on organizing committee of 4 technical events organized by other institutes Delivered 13 expert lectures at other institutes. Arranged 9 training/ CEP programs. Received training of about 09 weeks.
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Participated in 2 industrial tours, 3 industrial visits Worked in 3 NBA teams to grade other institutes Three foreign tours to visit foreign universities Presently engaged in establishment of center of excellence in “Smart Renewable
Energy Systems” at COEP in association with 5 industries. Invited for “Mission-10 X-Exhibition for academic innovation” arranged by Wipro in
2011 at Bangalore.
9. Administrative responsibilities shared / positions held [Summary]:
Please refer Annexure B for the details
[A] At Institute level
Member {Senate Representative}, Board of Governors 2008 onwards till date
HoD, Electrical 2002-04, 2009-12; Total 5 years
Dean, Academics 2004-07 3 years
Rector 2002-2005 3 years
Chief Rector 2005-2007 2 years
Chairman, Library 2007-2009 2 years
Dean Quality Assurance July 2012 onwards till date
Chairman, PG admissions, 2008, 2009, 2010
Chairman, Electrical Works Committee 2008 onwards
Member, Building Works Committee 2012 onwards
Chairman, Write-off Committee 2008-2010
Besides above, worked on several committees constituted by the Board of Governors or
Director of the institute, or the Senate as a Chairman or as a member, for various assignments
such as framing the academic structure, articulating the vision-mission and fixing the goals,
performance appraisals for the faculty, supporting staff recruitments, internal enquiry, etc. in
last 10 years
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[B] At University Level
Member, Board of Studies, Instru. and Control, Pune University 2012 onwards
Member, Board of Studies, Electrical Engineering, North
Maharashtra University
2007-2011
Member, Finance Committee, Dr. B. A. T. University, Lonere 2008-2011
Member, Academic Council, Dr. B. A. T. University, Lonere 2013 onwards
Member, Board of Studies, Dept. of Technology, Pune University 2011-13
Worked on several committees formed by the Pune University, Shivaji University, Dr. BAMU
and Dr. BATU for faculty selection, Local enquiry, Continuation of programs and other tasks
[C] At State / National Level
Member, Academic Committee, MSBTE 2011 onwards
Chairman, Electrical Engineering Board, MSBTE 2011 onwards
Procurement in-charge, TEQIP project-Phase I , SPFU, Maharashtra 2004-2008
Member, Section Management Committee, ISTE Maharashtra-Goa
Section
2003 and 2004
Worked on several committees formed by the State Government /Directorate of Technical
Education , AICTE, for various tasks/ projects such as TEQIP, Technological University formation in
Maharashtra, Key performance indicators for the institutes in Maharashtra, C.R. format for
Teachers, etc., Gradation policy for the state, Autonomy committee for Ramdeo Baba CoE
Nagpur, High level enquiry committee, etc. in last 10 years
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10. Other information
Age 46 years {Date of Birth 13-09-1967}
Family Wife Asst. Professor at AISSMS College, Pune Son HSC student at Modern College, Pune Residence 10, Butte Patil Prestige, Revenue Colony, Shivajinagar, Pune-05 020-25525664. 11. References
Dr. F. C. Kohli, Chairman, Board of Governors, College of Engineering Pune
Email : fc.kohli@tcs.com
Dr. A. D. Sahasrabudhe, Director, College of Engineering Pune
Email : director@coep.ac.in 020-25507001 M 9423582025
Dr. B. G. Fernandes, Professor of Electrical Engineering, IIT, Bombay
Email : bgf@ee.iitb.ac.in 022-25768428 M 9833952378
Dr. B. B. Ahuja, Dy. Director, College of Engineering Pune
Email : dd@coep.ac.in 020-25507002 M 9423582028
I certify that all information provided herewith is true.
20th Oct. 2013 Pune Prof. B. N. Chaudhari
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Annexure A: R&D Grants, Patents, Publications, Consultancy
Grants /Fund Fetching:
Total funds of Rs. 603.32 lakhs are fetched in last 12 years, from different funding
agencies making an average of Rs. 50.27 lakhs / Year.
1. Received a grant of Rs. 500 Lakhs from TEQIP – II Project for establishing a Centre of
Excellence in, “Smart Renewable Energy Systems”, 2013. [PI- B. N. Chaudhari]
2. Received a grant of Rs. 35 lakhs from MHRD, GoI, for developing Virtual Electrical
Machines laboratory under National project of MHRD.
3. Received a grant of Rs. 28.50 Lakhs from DST Project “Funds for Improvements in
Science and Technology-FIST 2004”, Project No- SR/FST/ETI-129/2004 Date-27th June
2005, and File. No. SR/FST/ETI-129/2004 date 27/06/2005. [PI- B. N. Chaudhari]
4. Received a grant of Rs.17.22 Lakhs from AICTE - RPS Project “Design and prototype
development of low and medium power permanent magnet synchronous motors for
speed dependent loads”. File. No. 8023/BOR/RID/RPS-75/2007-08, June 24, 2008.
[PI- B. N. Chaudhari, Co-PI- R. T. Ugale]
5. Received a grant of Rs.10.00 Lakhs from AICTE - RPS Project “Development of a novel,
energy efficient, field assisted, brushless, and permanent magnet synchronous motor
(PMSM) for agricultural pumps”. File. No. 8023/RID/RPS-38(POLICY-III) (GOVT)/2011-12,
May 09, 2012. [PI- R. T. Ugale, Co-PI- B. N. Chaudhari]
6. Received a grant of Rs. 6.00 Lakhs from AICTE for creating facility of “Advanced
Simulations of Electrical Systems”, at Government College of Engineering, Aurangabad.
File no./8020/RID/Modrob-159/2001-02. March 04, 2002. [HoD- Prof. Nikam, PI- B. N.
Chaudhari]
7. Received a grant of Rs. 6.6 Lakhs from DST under SERC Fast Tract Proposals for Young
Scientist 2000-2001. File no. SR/FTP/ET-12/200, June 21, 2000.
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Patents:
1. B. N. Chaudhari and R. T. Ugale, “Rotor structures for permanent magnet synchronous
motors”, Patent. Appl. No. 569/MUM/2012, March 2, 2012, filled at patent office,
Mumbai.
2. B. N. Chaudhari, R. T. Ugale and S. Baka “Hybrid excited rotor structures for line start
permanent magnet synchronous motors”, Patent. Appl. No. 3621/MUM/2012,Dec.26,
2012, filled at patent office, Mumbai.
3. B.N. Chaudhari, M. Reza, “Mover Structure for permanent magnet linear tubular
permanent magnet machines” ready to file. Submitted in the office of the Patent
Consultant, in process of filing at patent office, Mumbai.
4. B.N. Chaudhari, P. Bastawade, “Double stator double rotor permanent magnet
synchronous generator with claw pole arrangement for inner rotor”, Submitted in the
office of the Patent Consultant, in process of filing at patent office, Mumbai.
Publications
International Journals 06
International conferences arranged by IEEE / IEE 29
Other international conferences 18
National Conferences 10
Total 63
1. B. N. Chaudhari and B. G. Fernandes, “ Performance of line start permanent magnet
synchronous motor with single phase supply system”, IEE Proc. Electric Power Appl. Vol.
151, issue.1, pp. 83-90, 2004.
2. D. N. Sonawane, M. S. Sutaone, B. N. Chaudhari and A. Badurkar, “FPGA
implementation of simplified SVPWM algorithm for three phase voltage source inverter”,
IJCEE. Vol. 2 No.6, 1793-8163, pp. 1010-1017, 2010.
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3. S. V. Jadhav and B. N. Chaudhari, “A Novel artificial nural network based space vector
modulated DTC and its comparison with other control techniques”, Springer lecture
notes, Sept 2013.
4. R.T. Ugale, B. N. Chaudhari, S. Baka and A. Pramanik, “Induced pole rotor structure for
line start permanent magnet synchronous motors’, provisionally accepted (presently
under final review) for publication in IET EPA journal.
5. R.T. Ugale, B. N. Chaudhari, and A. Pramanik, “An overview of research evolution in the
field of line start permanent magnet synchronous motors”, provisionally accepted
(presently under final review) for publication in IET EPA journal.
6. R.T. Ugale, B. N. Chaudhari, and S. Baka and A. Pramanik, “Hybrid rotor structure for
line start permanent magnet synchronous motors”, presently under final (second) review
in Taylor & Fransis, EPCS, journal.
7. V. S. Rajguru, and B. N. Chaudhari, and Koppolu P, “Current mode control applied to
active clamp forward-fly back converter”, IEEE Int. Conf. ICPEC 2013, CD Proc., pp. 329-
334, 2013.
8. R. T. Ugale and B. N. Chaudhari, “A new rotor structure for line start permanent magnet
synchronous motor”, IEEE- IEMDC International Conference on Electrical Machines and
Drives, Chicago, USA, pp.1436-1442, 2013.
9. R. T. Ugale, B. N. Chaudhari and S. Baka, “Inset consequent and inset rotor line start
permanent magnet synchronous motor,”IEEE ICEM 2012, 20th International Conference
on Electrical Machines, France. Sept. 2-5, 2012.
10. R. T. Ugale, S. K. Dond, B. N. Chaudhari and A. A. Tembe, “A low cost fast data
acquisition system for capturing electric motor starting and dynamic load transients”,
IEEE Int. Conf. on Power Electronics, Drives and Energy Systems PEDES 2012, Delhi, India
paper ID.260, 2012.
11. P. Bastawade, M. M. Reza, A. Pramanik and B. N. Chaudhari, “No load magnetic field
analysis of double stator and double rotor radial flux permanent magnet generator for
low power wind turbines”, IEEE Int. Conf. PEDES 2012, CD Proc., pp. 1-6, 2012.
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12. S. V. Jadhav, J. Kirankumar, and B. N. Chaudhari, “ANN based intelligent control of
induction motor drive with space vector modulated DTC”, IEEE Int. Conf. PEDES 2012,
CD Proc., pp. 1-6, 2012.
13. V. S. Rajguru, and B. N. Chaudhari, “Analysis and peak current mode control of active
clamp forward converter with center tap transformer”, IEEE Int. Conf. PEDES 2012, CD
Proc., pp. 1-6, 2012.
14. A.P. Deshpande, B. N. Chaudhari, and V. N. Pande, “Design and simulation of back to
back converter for modern wind energy generation system using dSPACE”, Int. Conf.
EPSCICON, .CD Proc., 2012.
15. V. S. Rajguru, and B. N. Chaudhari, “Small signal analysis and control design of active
clamp forward converter with centre tapped secondary”, IEEE Int. Conf. IICPE, CD Proc.
pp. 1-6, 2012.
16. V. S. Rajguru, Manjarekar and B. N. Chaudhari, “Small signal characterization of active
clamp forward converter with full wave rectifier and peak current mode control”, IEEE
Int. Conf. ICSET, CD Proc. pp. 1-5, 2010.
17. V. S. Rajguru, Manjarekar and B. N. Chaudhari, “Small signal characterization of active
clamp forward converter with full wave rectifier and peak current mode control”, IEEE
Int. Conf. ICSET, CD Proc. pp. 1-5, 2010.
18. S. V. Jadhav, J. Srikanth, and B. N. Chaudhari, “Intelligent controllers applied to SVM-
DTC based induction motor drives: A comparative study”, IEEE Int. Conf. PEDES 2010, CD
Proc., pp. 1-8, 2010.
19. R. T. Ugale, G. Singh, S. Baka and B. N. Chaudhari, “Effective energy conservation for
the agricultural sector using line start permanent magnet synchronous motors,” IEEE
TENCON 2009, 6th Int. Conf. CD Proc. paper no. 0758, Nov. 23-26, 2009.
20. R. T. Ugale, A. Bhanuji and B. N. Chaudhari, “A novel line start permanent magnet
synchronous motor using two part rotor,” IEEE TENCON 2009, 6th Int. Conf. CD Proc.
paper no. 0643, Nov. 23-26, 2009.
21. R. T. Ugale, Y. Balakrishna and B. N. Chaudhari, “Effects of short power interruptions
and voltage sags on the performance of line start permanent magnet synchronous
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motor,” 4th International IET conf. IEEE, PES, IAS sponsored, St. John. University, York,
UK, Int. Conf. Proc. pp.1 84-188, April 2-4.,2008.
22. R. T. Ugale and B. N. Chaudhari, “Effect of short power interruptions on performance of
AC motors,” IEEE ICIT 2008, Int. Conf. CD Proc. paper no. ZD-015997, April 21-24. 2008.
23. R. T. Ugale, V. Nagabhushanrao, B. N. Chaudhari and N. R. Bhasme, “Behavior of line
start permanent magnet synchronous motor under short power interruptions,”
POWERCON 2008 IEEE POWER INDIA, 6th Int. Conf. CD Proc. paper no. 451, Oct. 12-15,
2008.
24. Fating V. S., Jadhav S. V. Ugale R. T. and B. N. Chaudhari, “Direct torque control of
symmetrical and asymmetrical single phase induction motor”, IEEE POWERINDIA Int.
Conf., pp. 1-4, 2008.
25. R. T. Ugale, Y. Balakrishna and B. N. Chaudhari, “Behavior of line start permanent
magnet synchronous motor under unbalanced supply,” 4th National conf. on cutting
edge Technology in power conversion and industrial drives, PCID 2008, BAIT,
Sathyamangalam, Erode (TN), Conf. Proc. pp. 82-86, Feb. 22-23.,2008.
26. G. Castelino, K. Faria, R. T. Ugale and B. N. Chaudhari, “One cycle control of power
converters”, 40th Anniversary Frontiers of Power Conference, CD Proc. pp.1.6, 2007.
27. R. T. Ugale, Y. Balakrishna and B. N. Chaudhari, “Modeling and simulation of line start
permanent magnet synchronous motor- A step by step approach,” 2nd National Conf. on
current trends in Technology, NUCONE 2007, NIT, Ahmedabad, Conf. Proc. pp. 23-29, 29
Nov.-1 Dec.,2007.
28. B. N. Chaudhari, and B. G. Fernandes, “Equivalent circuit of single phase permanent
magnet synchronous motor”, IEEE PES Winter meeting, vol.3, pp.1378-138, 2001.
29. B. N. Chaudhari, and B. G. Fernandes, “Steady state performance of polyphase
permanent magnet synchronous motor fed from single phase supply system”, IEEE PES
winter meeting, .vol.3, pp. 1382-1387, 2001.
30. B. N. Chaudhari, and B. G. Fernandes, “EPROM-based modulator for synchronized
asymmetric regulator-sampled SPWM technique”, IEEE Int. Conf. ICIT 2000, vol.2,
pp.278-283, 2000.
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31. B. N. Chaudhari, B. G. Fernandes and S. K. Pillai, “A new rotor geometry for permanent
magnet synchronous motor”, IEEE Int. Conf. PEDES 1998, Vol.1, pp. 260-263, 1998.
32. B. N. Chaudhari, S. S. Wekhande, Dambhare and S. S. Dhamse, “A new efficient drive for
2 phase induction motor with minimum switching losses”, IEEE Int. Conf. ICIT 2000,
vol.2, pp. 170-173, 2000.
33. S. S. Wekhande, B. N. Chaudhari, S. V. Dhopte and R. K. Sharma., “A low cost inverter
drive for 2-phase induction motor”, IEEE Int. Conf. PEDES 1999, vol.1, pp. 428-431, 1999.
34. B. N. Chaudhari and B. G. Fernandes, “Permanent magnet synchronous motor for
general purpose energy efficient drive”, IEEE PES winter meeting., pp. 213-218, 2000.
35. B. N. Chaudhari, S. S. Wekhande, S. S. Dhanse and S. Dambhare, “A low cost high
performance SPWM inverter”, IEEE Int. Conf. PEDES 1999, vol.2, pp. 1033-1036, 1999.
36. B. N. Chaudhari and B. G. Fernandes, “Unbalanced operation of polyphase line start
permanent magnet synchronous motors”, North American Power symposium NAPS-
2000, anniversary Frontiers of Power Conference, 1999.
37. B. N. Chaudhari and B. G. Fernandes, “Unbalanced operation of polyphase brushless
synchronous motors- Part I: Steady state”, Int. Conf. on Electrical Machines ICEM, 2000.
38. B. N. Chaudhari and B. G. Fernandes, “Unbalanced operation of polyphase brushless
synchronous motors- Part II: Steady state”, Int. Conf. on Electrical Machines ICEM, 2000.
39. B. N. Chaudhari and B. G. Fernandes, “Analysis of single phase induction motor:
Synchronous performance”, Int. Power Electronics Conf.IPEC, 2000.Tokyo, Japan.
40. B. N. Chaudhari and B. G. Fernandes, “Design and analysis of line start permanent
magnet synchronous motor”, Int. Conf. on Electrical rotating machines ELECRAMA,
1999.
41. R.S. Jadhav and B. N. Chaudhari, “Development of simple controller for switched
reluctance motors”, Frontiers of Power Conference, 2001.
42. R.S. Jadhav and B. N. Chaudhari, “Various topologies for SRM controller: A comparative
study”, Frontiers of Power Conference, 2001.
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43. B. N. Chaudhari, K. B. Chaudhari and S. S. Wekhande “An integrated laboratory model
for experimentation on PWM techniques at undergraduate level”, 8th European Power
Electro. Drives Conf. EPE, 1999.
44. B. N. Chaudhari, and B. G. Fernandes, “A new hybrid rotor for line start permanent
magnet synchronous motor”, IEEE Int. Conf. PEDES, 1998.
45. B. N. Chaudhari, and S. S. Wekhande, “A new interrupt driven protection scheme for
microcontroller based motor drives”, Int. Conf. IEEE ANDESCON, 1999.
46. B. N. Chaudhari, and S. S. Wekhande, “Low cost technique for EPROM based PWM
generation”, 21st Int. Conf. INTELEC, 1999.
47. B. N. Chaudhari, and S. S. Wekhande, “A novel memory based comparator for multiple
over current relay”, Int. Conf. on Modern trends in protection scheme, 1999.
48. B. N. Chaudhari, and S. S. Wekhande, “Auto load shedding and restoration equipment
with inbuilt multiple over current protection and auto reclosing”, Int. Conf. on Modern
trends in protection scheme, 1999.
49. B. N. Chaudhari, and G. K. Andurkar, “PC based laboratory model for load shedding and
restoration”, Int. Conf. GRIDSAFE IE.
50. B. N. Chaudhari, and V. Seth, “Electronic ballast for fluorescent lamp with dimming
feature”, Poc. of 34th Annual frontier of power conference.
51. B. N. Chaudhari, and G. K. Andurkar, “Development of microcomputer based simulator
of discrete state time based control system for manufacturing process”, ACE Int.
Conference.
52. B. N. Chaudhari, and G. K. Andurkar, “Development of microprocessor based
multioption, multi segment, multistep universal timer”, Int. Conference on
Instrumentation.
53. B. N. Chaudhari, and G. K. Andurkar, “Design of low cost programmable logic controller
as a teaching aid”, Int. Conference on Instrumentation.
54. B. N. Chaudhari, and B. G. Fernandes, “Operation of polyphase line start permanent
magnet synchronous motor connected to single phase supply system”, National Power
System Conf., NPSC, 2000.
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55. B. N. Chaudhari, and A. S. Thosar, “Recasting technical education institute functioning
for accelerated qualitative growth”, National Seminar on Recasting Rural Tech. Educ. For
Next Millennium, 2000.
56. B. N. Chaudhari, and S. S. Wekhande, “Microprocessor based multiple over current relay
with fast peak detectors”, National Power System Conf., NPSC, 2000.
57. B. N. Chaudhari, and B. G. Fernandes, “Quality of technical education DO we really wish
to improve”, National Vacancies in Technical Education.
58. B. N. Chaudhari, and A. S. Thosar, “Vacancies in technical education: courses,
consequences and remedies”, National Vacancies in Technical Education.
59. B. N. Chaudhari, and B. G. Fernandes, “Development of a digital multi output over
current relay with multiple time constant”, National seminar on power systems.
60. B. N. Chaudhari, and B. G. Fernandes, “Digital multiple over current relay using fast peak
detector with inbuilt Auto reclosure”, All India seminar on electric energy systems.
61. B. N. Chaudhari, and B. G. Fernandes, “Laboratory model of microcomputer based
power monitoring station with data loging and protection features”, National seminar
on power systems.
62. B. N. Chaudhari, and G. K. Andurkar, “Development of microprocessor based model of
automatic sun tracking system for solar panel”, All India seminar on cogeneration and
non-con. Energy sources.
63. B. N. Chaudhari, and S. S. Wekhande, “Microprocessor based multi segment, multi-shot
auto cluster”, All India seminar on digital protection.
Noteworthy Consultancy Assignments
Development of linear motor for compressor, consultancy project by Emerson India
limited.
Development of PM motor for agricultural pumps, consultancy project by Crompton
Greeves.
Development of Virtual laboratory for “Electrical Machines”, MHRD
Development of line start 1 h p motor for power looms.
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Other Research Projects Completed
Design and simulation of 1/3 h.p. variable speed PM motor (Surface magnet configuration ). Status : Team Member
(The machine is designed with the help of Maxwell field simulator. The rotor is solid
structure with magnets mounted on its surface . No cage winding is provided . The machine is designed for variable speed operation .)
Design and simulation of ¼ hp single phase line start permanent magnet synchronous motor (Spoke type / circumferentially magnetized rotor )
Status : Team Member (The machine is designed with the help of Maxwell field simulator. The rotor is conventional
cage rotor with slots cut for magnets. Spoke type configuration is used with non-magnetic shaft.)
Development of integrated control signal generator for PWM inverters A control signal generator is designed which is capable of providing control signals for four
commonly used PWM techniques, namely sinusoidal, multiple pulse width modulation , delta modulation and single pulse width modulation. The required PWM can be selected
with the help of jumper.
Microprocessor based sequence controller Development of a stand alone sequence controller, for 8 stages, using 8085 CPU. A user
friendly, interactive sequence controller is developed to provide different timing and sequence functions often needed in process industry. Complete monitor program is
developed and prototype is fabricated. The unit is still in use at COE, Aurangabad for laboratory demonstrations.
Development of 5 hp line start permanent magnet synchronous motor for irrigation
pump. Team leader This project relates to the development of a laboratory model of 5 hp line start permanent
magnet synchonous motor as an alternative to induction motor for efficiency improvement.
The targeted application is irrigation pumps. Development of universal AC-DC-AC power converter system
This is ongoing project. It aims in development of innovative, unique laboratory facility in
the domain of Power Electronics, Renewable Energy which will facilitate experimentation
for a large bandwidth of students ranging from undergraduate to research scholars.
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Annexure B: Noteworthy work at COEP
As a Professor of Electrical Engineering:- Lead the team of 18 faculty members, motivated team members to upgrade the
qualifications, planned and erected new laboratories, established research facilities in the domain of electrical machines, designed 4 unique innovative, first-of-its-kind, experimental set ups to enrich the laboratory courses which have attracted the attention of elite institutes such as IITs. [Please see the annexure B-1.] Presently engaged in establishing Centre of Excellence in “Smart Renewable Energy Systems” at COEP in association with 5 industries. The proposal fetched the grants of Rs. 500 lakhs under TEQIP-phase II, through a competitive process at National level. Out of 117 plus proposals, our proposal ranked high and is selected for funding under TEQIP project. As Head of Electrical Engineering Department:-
Chaired the electrical engineering department for more than 5 years. In this tenure, a
total face lifting of the department was carried out with the help of faculty members and supporting staff. All laboratories were modernized, old equipment was written off, entire department was refurbished and student centric learning culture was established. Open access to the laboratories and facilities were established. The freedom and empowerment given by the institute was properly utilized to upgrade the department. The entire infrastructure was refurbished from class-rooms to rest rooms; from laboratories to faculty rooms, from seminar halls to pantry; from biometric systems to CCTV.
Total investments done during the tenure on infrastructure was about 400 lakhs.
Faculty members are encouraged to do the research, write research proposals, increase industry association, and increase the outreach with industry and society. The transformation at electrical engineering department is indicated in the annexure B2. As Dean, Academics:-
Institute has got academic autonomy in 2004. As the Dean Academics of the institute, a
successful, smooth changeover from university affiliated academics to self-designed and run, academics is carried out. Significant contributions are made in establishing the examination cell, framing the UG /PG rules, evaluation and grading schemes. Set a culture of deliberations and discussions on finalizing the academic issues. The sincere efforts put have earned the confidence of the stakeholders at the crucial juncture of academic changeover.
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Inducted formal feedback system, Designed faculty empowerment schemes, Established closed linkages with IIT Bombay, Planned Professor Emeritus, Adjunct Faculty schemes and got those approved from the Board. The take-a-course-at-IITB was first-of-its-kind in the country, where in 18 faculty members daily travelled to IITB, took courses along with M.Tech students at IITB and wrote examinations and were graded by IITB. As Chief Rector, Hostels:-
With the team of 9 rectors, and the support from the institute, several changes at hostel premises such as refurbishment of blocks, networking of the premises, modernization of electrical systems, tree plantation, etc. were carried out to make the living comfortable. Proper cleaning services, and security services were hired. The problem of ragging was eliminated; the problem of “Parasites” was solved. The support is extended to financially challenged students. As a Chairman, Library Committee:-
A face lifting of the library is carried out. 25000 old and damaged books are written off, and new books are added to the library. Within the available space, academically conducive environment is established. Earn-while-Learn scheme designed and implemented to address shortage of manpower and extend the library hours. Carried out procurement to the tune of 100 lakhs, to upgrade the knowledge infrastructure. As procurement in charge, SPFU, Maharashtra:-
During the first phase of TEQIP program, successfully executed the responsibility of the
procurement in 17 participating institutes under the program. The total procurement during this phase was of Rs. 110 crores. I could establish the repo with all participating institutes, government officials, NPIU officials and the team work led to the timely completion of the project. The project execution, adherence to the procedures and norms was well appreciated by the NPIU and the World Bank. As Chairman, Electrical Works Committee:-
In last 5 years, played a major role in improving electrical systems at the institute. New substations are planned, and commissioned which will cater to the needs of the institute for next 40-50 years. Energy efficient practices are inducted. State-of-the-technology is brought in wherever possible. Electrical systems of all hostel blocks are changed. Primary distribution of institute campus is changed. In total 317 different works are executed amounting total 610 lakhs in view of improving electrical system infrastructure at the institute.
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As Senate Representative on the Board :-
In last 5 years, participated actively in policy decisions during board meeting as senate representative. During this tenure, I have raised faculty issues appropriated in the board meetings. I could closely interact with great contributors like Chairman, F. C. Kohli, Prataprao Pawar, Atul Kirloskar, Prof. Dhande, Prof. Sonde, Maitreya Doshi, Director of the institute, and Dy. Director which was great learning experience for the life. I could learn from the thought process of visionaries. As Dean, Quality Assurance :-
Presently engaged in locating the areas of weaknesses for the institute, and working on framing the policies with the guidance of the Director, inputs from the peers, faculty members. Presently planning the performance appraisal format for the faculty & staff. Studying the institute performance and reporting to the Senate and Board. Also, engaged in articulating institute goals for the next 5 years. Designed academic structure for UG and PG programs for the 2011-2015 period. {Third academic iteration since autonomy}. We have studied the program structure of IITs, Western Universities, BITs, NITs and designed our own structure for COEP and have introduced liberal learning, mandatory courses on constitution and IPR.
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Annexure B1 : Innovative Experimental Set ups designed at EED
All-in-One, Basic Electrical Engineering Laboratory
Enables student to perform 15 experiments
Encourages course teacher to design new
experiments
Ensures that individual student performs the
experiment
Evaluates each student critically even in a larger
group
Enriches the experimentation
Exposes industrial practices to the students and,
thus,
Embeds Excellence in Experimentation
All-in-One Rotating Machines Test Bed.
Synchronous-DC-Induction Machine Set up
DC machine used as absorption / reaction
dynamometer
Direct Measurement of Shaft torque and speed
Industry Standard Digital Instrumentation
Isolation for future computer acquisition
Facility to perform 20 experiments of single set up
Large usage bandwidth [from UG students to
Research Scholar]
First-of-its-kind in country, and attracting attention
of elite institutes. Laboratory replicated at IIT
Gandhinagar and IIT Indore.
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Versatile, multipurpose 3 limb Transformer Model
Suitable for students ranging from ITIs to IITs.
[ITI student may use Plug and play approach and
understand step-up, step-down, multi-secondary,
Polyphase transformer connection, whereas IIT
student may study and analyze Magnetic
saturation, Effect of circulation current,
Experimental derivation of B-H Characteristic and
Hysteresis loop]
Facility to perform at least 10 experiments.
Concepts of transformer, electromagnetic
fundamentals, three phase Connections, magnetic
saturation, nonlinearities can be easily understood.
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Annexure B2 : Transformation at Electrical Engineering Department
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