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TRANSCRIPT
NAME : Dr.V.MOHAN
DEPARTMENT : Electrical and Electronics Engineering
ADDRESS : Academic Director
E.G.S. Pillay Engineering College
Nagapattinam – 611002
Tamilnadu, India
RESIDENTIAL ADDRESS : NO. 7, PVL NIVAS
Lakshmi Nagar
South Palpannaicherry
Nagapattinam-611003
Tamilnadu, India
E-MAIL : [email protected]
PHONE : 91- 9942986674
EDUCATIONAL QUALIFICATIONS:
Degree Specialization/
Branch Year of
Passing
Name of the
College
Name of the
University
% of
Marks
Class
obtained
B.E
Electrical &
Electronics
Engineering
1995
Shanmugha
College of
Engineering
Bharathidasan
University,
Tiruchirappalli
74.1 First Class
M.E Power Electronics
and Drives 2001
Shanmugha
College of
Engineering
Bharathidasan
University,
Tiruchirappalli
83.7
First Class
with
Distinction
Ph.D Power Electronics 2015 Anna University Anna University,
Chennai - -
EXPERIENCE DETAILS:
Name of the College Designation Date of
Joining
Date of
Relieving
Experience
Years Years
E.G.S. Pillay Engineering College,
Nagapattinam Lecturer 07.10.1996 08.08.2000 3 10
Bharathiyar College of Engineering &
Technology, Karaikal
Assistant
Professor 1.12.2001 30.10.2008 6 11
E.G.S. Pillay Engineering College,
Nagapattinam
Associate
Professor 31.10.2008 30.11.2015 7 01
E.G.S. Pillay Engineering College,
Nagapattinam Professor 1.12.2015 Till Date 0 06
Total Experience 18 04
RESUME
INDUSTRIAL EXPERIENCE:
Worked as an ELECTRICAL SUPERVISOR and well versed in HT switch Gears,
Transformer, Industrial Cable Laying and wiring at ONGC. Ltd., MRL Ltd., IBP Ltd.,
etc.,
Ph.D. Dissertation:
Title: PERFORMANCE ENHANCEMENT OF AC-DC-AC CONVERTER SYSTEMS
The two stage power conversion system, AC-DC-AC system involving front end diode
rectifier and voltage source inverter (VSI), has become an unavoidable choice in almost every
segment of industrial applications, particularly in medium and high power ranges. The
performance of the load driving stage (VSI) is greatly influenced by the pulse width modulation
(PWM) strategy employed and it has attracted the attention of the researchers significantly.
PWM strategies play a crucial role in precise power conversion process in VSI based drives.
Even though there are number of PWM strategies available for VSI (such as sinusoidal PWM,
third harmonic injection PWM, space vector PWM, discontinuous PWM etc.), unfortunately
those strategies are not addressing all the issues insisted by the drives’ requirements. The
common objectives of the PWM techniques are to have better DC-link utilization, lesser
harmonic distortion, reduced switching losses, suppressing the selected objectionable harmonics,
ease of filter design, digital platform supportiveness for implementation etc. However, due to the
contradicting objectives, there is no unique PWM strategy which could perform in all objectives
concurrently. These primary requirements are being considered for earlier study extensively,
while a drive can have many secondary/additional requirements. The additional requirements
which may be called as secondary requirements such as suppression of electromagnetic
interference (EMI), acoustic noise and vibrations in motor, distribution of harmonic power in the
spectrum (instead of clustering at multiples of switching frequency), thermal management,
converter-drive interactions etc remain unnoticed by the researchers.
Apart from the secondary issues the AC-DC-AC system needs an accurate model to
enable further study. The time domain methods are easy to use and allow verification of system
operation under any number of different operating states. However they do not provide an
analytical insight required for optimal design; besides frequency dependence cannot be
accurately modelled. With a frequency domain model, the closed loop frequency responses can
be established, which will facilitate the analysis of system stability and design optimization. The
issues like spreading of harmonic power in the output voltage spectrum and directly eliminating
the selected line current harmonics are expected to contribute the performance enhancement of
ac drives.
Firstly, the thesis proposes a frequency domain analysis (FDA) to build an accurate
model of the front end rectifier and PWM-VSI in an AC-DC-AC conversion system, in order to
analyze the harmonics. Simulation (time domain analysis-TDA) and experimental investigations
are performed to validate the accuracy of the proposed model. The results such as output/input
current and voltage waveforms and rms values of fundamental and harmonic components are
considered for discussion. The FDA results have close matches with experimental results. Also
the FDA is speed enough to reflect the system transients.
The spreading of harmonic power with unobjectionable primary indices is established
by a host of PWM methods called random PWM (RPWM). The spreading effect, hence the
acoustic noise and vibration, is largely influenced by the ingenuity of the randomness dosed in
the PWM process. The thesis proposes three such RPWM schemes; each differs in the way of
dosing randomness and in spreading performance. The proposed chaos-based PWM (CPWM),
pseudo random triangular carrier flipping random pulse position PWM (PRTCFRPPPWM) and
multiple carriers based double random PWM (MCBDRPWM) strategies either retain or
marginally improve the primary indices (total harmonic distortion (THD) and fundamental
values). The CPWM, PRTCFRPPPWM and MCBDRPWM could achieve up to 31%, 38% and
32% reduction in the harmonic spread factor (HSF) respectively when compared to their
logically competent strategies. The field programmable gate array (FPGA) implementations of
the above strategies also confirm the results.
Majority of the existing selective harmonic elimination (SHE) methods are voltage
harmonic elimination methods. This thesis presents the adaptation of two adaptive filtering
algorithms for the selective current harmonic elimination in the AC-DC-AC converter systems.
Even though the current harmonic elimination is a direct method to improve the quality of any
power conversion system, it demands a self-adaptive algorithm to manage with the time varying
nature of load (current). The proposed least mean square (LMS) and recursive least square (RLS)
algorithms based schemes eliminate the selected dominant harmonics in load current using only
the knowledge of the frequencies to be eliminated. The LMS algorithm brought the specific
harmonic components below 5% while the RLS algorithm could eliminate them completely.
Both the adaptive algorithms minimize the THD to a greater extent and the deductions in the
THD are 34% and 94% respectively in LMS and RLS algorithms. The VisSim software
supported digital signal processor (DSP) based implementation of LMS algorithm is an
encouraging initiative in this study.
Subjects handled at under-graduate level:
Basic Electrical & Electronics Engineering
Control Systems
Digital Logic Circuits
Power Electronics
Solid State Drives
Transmission and Distribution
Electrical Machine Design
Microprocessors
Electrical Machines-I
Electrical Machines-II
Measurement & Instrumentation
Electronic Devices
Subjects handled at post-graduate level:
Analysis of Inverters
Analysis of Power Inverters
Number of projects guided at post-graduate Level: 03
Number of projects guided at under-graduate Level: 14
SPECIAL/GUEST LECTURES DELIVERED:
Delivered a Lecture on “POWER DEVICES AND DISPLAY DEVICES” in FDTP
Sponsored by Centre for Faculty Development, Anna University, Chennai held at
E.G.S.Pillay Engineering College.
Delivered Chief Guest Address on One Day Seminar ICOM held at Karaikal
Polytechnic College.
PAPERS PUBLISED IN INTERNATIONAL JOURNALS:
[1] G.Ganesan@Subramanian, V.Mohan, R.Anandaraj, G.Sundaravadivel, “Renewable
Energy based air conditioning system for public transports in green environment”,
International Society for Green, Sustainable Engineering and Management (ISGSEM),
Vol.2; Issue: 23 Pg: 49-57, December 2015
[2] G. Ganesan Subramanian, S. Mahendiravarman, V. Mohan, R.Anandaraj,
“Implementation of Novel Control Strategies for Interleaved flyback inverter with
photovoltaic AC module system”, International Journal of Emerging Technology and
Advanced Engineering, (IJETAE), Vol. 5, No. 2, Pg. 308-315, Feb 2015
[3] S. Mahendiravarman, G. Ganesan Subramanian,V. Mohan, R. Anandaraj,
“Implementation of Novel Control Strategies for Interleaved flyback inverter with
photovoltaic AC module system”, International Journal of Emerging Technology and
Advanced Engineering, Vol. 5, No. 2, pp. 308-315, Feb 2015
[4]G. Ganesan,Dr.N.P.Subramanian, V.Mohan, R.Anandaraj, “A Smart approach to
condition monitoring, parameter estimation and execution of WECS using PLC &
SCADA”, CiiT International Journal of Autonomous and Automation systems, vol. 5, No.
5, July 2013.
[5] Mohan, V, Raja, J & Jeevananthan,S 2010, ‘Frequency domain analysis of adjustable
speed drive systems based on transfer switching function’, Asian Power Electronics
Journal, vol. 4, no. 2, pp. 64-69. (Impact Factor- 0.98)
[6] Mohan, V, Raja, J & Jeevananthan,S 2012, ‘A random PWM scheme based on
coalescing the pseudorandom triangular carrier and the randomized pulse position for
voltage source inverters’, CiiT International Journal of Programmable Device Circuits
and Systems, vol. 4, no. 11, pp. 570-574. (Impact Factor- 0.49)
[7] Mohan, V, Stalin, N &Jeevananthan,S 2015, ‘A tactical chaos based PWM technique
for distortion restraint and power spectrum shaping in induction motor drives’,
International Journal of Power Electronics and Drive System, vol. 5, no. 3, pp. 383-392.
(Impact Factor- 1.4084)
[8] Mohan, V, Stalin, N & Jeevananthan,S 2015, ‘A double random pulse width
modulation based on discrete carrier frequencies and random pulse position for induction
motor drives’, International Journal of Applied Engineering Research, vol. 10, no. 51,
pp. 479-484. (Impact Factor- 1.8233)
[9] N.Bhuvana Shankar, V.Mohan and R. Anandaraj, “A Modified SHPWM Method for
Multilevel Inverters for Uniform Utilization of Power Electronic Switches”, Intl. Journal
of Applied Engineering Research, Vol.10, No.3, pp: 8365 - 8376, March 2015.
[10] C. Bharatiraja, Seenithangam Jeevananthan, Ramachandran Latha, V. Mohan,
‘Vector Selection Approach-Based Hexagonal Hysteresis Space Vector Current
Controller for a Three phase Diode Clamped MLI with Capacitor Voltage Balancing’,
IET Power Electronics, Vol. 9, no. 7, pp. 1350-1361, June 2016.
PAPERS PRESENTED/ PUBLISHED IN CONFERENCES:
[1] Mohan, V, Raja, J & Jeevananthan, S 2010, ‘Chaos-based PWM Strategies for
suppression of harmonics in dc-ac power conversion’, Proceedings of International
Conference on Recent Advancements in Electrical Sciences (ICRAES’10), K.S.R. College
of Engineering, Tiruchengode, Tamil nadu, India, vol. 1, pp. 536-546.
[2] Mohan, V, Raja, J, Venkatesh, CH &Jeevananthan, S 2011, ‘Adaptive LMS
algorithm based input current harmonic suppression in AC-DC-AC drive with either
constant or pulsed DC link”, Proceedings of 46th
International Universities Power
Engineering Conference (UPEC 2011), South Westphalia University of Applied
Sciences, Soest, Germany, pp. 168-172.
[3]Mohan, V, Jeevananthan, S & Raja, J 2012, ‘algorithm’, Proceedings of IEEE
International Conference on Advances in Engineering, Science and Management
(ICAESM-12), EGS Pillay Engineering College, Nagapattinam, India, vol. 3, pp. 773-
778, Paper number:EE134.
[4] G.Ganesan@Subramanian,V.Anandakumar, V.Mohan, S.Sivamani, “Implementation
of New Control Technique for Interleaved Flyback Inverter Based PV System”,
Proceedings of International conference on Advances in Engineering & Technology
(ICAET’14), May 2014
[5] G. Ganesan@Subramanian,V.Mohan, S.Sivamani, S.Latha, “Implementation of
Fault Diagnosing Technique for Replacing Damaged Power Device in Induction Motor
Drive”, Proceedings of International conference on Advances in Engineering &
Technology (ICAET’14), May 2014.
[6] G. Ganesan, K.Jayaprakash, V.Mohan, R.Anandaraj, “Hysteresis Current Controlled
Single Phase Inverters for PV Systems”, Proceedings of International Conference on
Innovative research in Engineering and Technology (ICIRET 2014), May 2014
[7] G.Ganesan@Subramanian, V.Mohan, B.Aarthi, T.SureshPadmanabhan, “Design and
Analysis of Energy Efficient Brushless DC Motor Maxwell”, Proc. of Intl. Conference on
Energy and Environmental Engineering (ICEEE 2014), pp. 22, Nov. 2014
[8] B.Aarthi, V.Mohan, G.Ganesan@Subramanian, R.Anandaraj, “Synchrophasor
Measurement for Voltage Stability Assessment in Smart Grid”, Proc. of Intl. Conference
on Energy and Environmental Engineering (ICEEE 2014), pp. 23, Nov. 2014
[9] G. Ganesan, V.Mohan, S.Sivamani and Vijay, “A Novel Fault Tolerant Strategy In
Induction Motor Drive Using IGBT”, Proc. of IEEE –International Conference on
Research and Development prospects on Engineering and Technology (ICRDPET 2013),
Vol. 2, pp.104-108, March 2013.
FDP/ WORKSHOPS ATTENDED:
1. Control systems, Anna University, Chennai sponsored seven days (11.05.2015 to
17.05.2015) faculty development programme, Department of EEE, E.G.S. Pillay
Engineering College, Nagapattinam, May 2015.
2. “Scope of research for Power Engineers”, one day workshop (21.11.2014 to
22.11.2014) organized by A.V.C. College of Engineering, Mayiladuthurai, November
2014.
3. “Advances in research and development of autonomous robots’ (07.05.2012 to
18.05.2012), AICTE sponsored workshop organized by E.G.S. Pillay Engineering
College, Nagapattinam, May 2012
4. “Energy conservation issues and challenges ahead in India” (18.06.2007 to
01.07.2007), AICTE sponsored workshop organized by Coimbatore Institute of
Technology, July 2007.
5. “Recent advances in Nano technology and its applications, (19.10.2011 to
02.11.2011) organized by Pondicherry Engineering College, Puducherry.
6. “Recent trends in Digital signal Processing” (31.05.2006 to 10.06.2006)
organized by Bharathiyar college of Engineering & Technology, Karaikal.
7. “Energy Efficient Solar and Green buildings”, MNRE sponsored two days workshop
(08.05.2015 to 09.05.2015), Department of Civil Engineering, E.G.S. Pillay Engineering
College, Nagapattinam, May 2015.
8. “Prospects of Power plants in Engineering Life (PROPEL)”, The Institution of
Engineers (India), Kolkata sponsored one day technical seminar (21.01.2015),
Department of EEE & Mechanical, E.G.S.Pillay Engineering College, Nagapattinam,
January 2015.
9. “Power Converters for renewable energy applications”, IEEE Power Electronics
Society sponsored one day workshop (28.11.2014), Department of EEE, E.G.S.Pillay
Engineering College, Nagapattinam, November 2014.
10. “Energy conservation & Electrical Safety (ECES’14)”, two days awareness
programme (22.08.2014 to 23.08.2014), Department of EEE, E.G.S.Pillay Engineering
College, Nagapattinam, August 2014.
11. “Simulation study of DC and AC drives (SSD)”, one day workshop (15.05.2014),
E.G.S.Pillay Engineering College, Nagapattinam, May 2014.
12. “Fortification of communicative proficiency”, three days practicum (12.05.2014
to 14.05.2014), SHINE communicative English and Department of Science and
Humanities, E.G.S.Pillay Engineering College, Nagapattinam, May 2014.
13. “Digital controller for special machines drives applications”, one day workshop
(13.03.2013) organized by A.V.C. College of Engineering, Mayiladuthurai, March
2013.
MEMBERSHIP IN PROFESSIONAL INSTITUTIONS:
SL.
NO. PROFESSIONAL BODY
MEMBERSHIP
NO.
MEMBERSHIP
STATUS VALIDITY
1 CSTA – COMPUTER SCIENCE
TEACHERS ASSOCIATION 2610446 LM
LIFE MEMBER -
2 IAENG – INTERNATIONAL
ASSOCIATION OF ENGINEERS 166332 LM
LIFE MEMBER -
3
IRED – INSTITUTE OF
RESEARCH ENGINEERS AND
DOCTORS (UACEE)
UACEE - UNIVERSAL
ASSOCIATION OF COMPUTER
AND ELECTRONICS
ENGINEERS
SNM10100054807 SENIOR MEMBER
09-02-2016
to
09-02-2019
4 IEI – THE INSTITUTION OF
ENGINEERS (INDIA) M-150783-9 MEMBER -
5 ISTE - INDIAN SOCIETY FOR
TECHNICAL EDUCATION LM 33185 LM
LIFE MEMBER
-
6
IET – INSTITUTION OF
ENGINEERING AND
TECHNOLOGY
1100501812 MEMBER
-
MEMBERSHIP IN EDITORIAL/ REVIEW BOARDS:
Appointed as a Question Paper Setter at St Peter’s University, Chennai.
AREAS OF RESEARCH INTEREST:
Power Electronics
Drives Control
EVENTS ORGANIZED:
SL
N
O
PROGRAM TITLE NAME OF THE EXPERT AND
PROFILE
SPONSO
R DATE
BENEFICIAR
Y
1
National
Conference on
Revolutionary
Research in
Electrical
Engineering
(NCRREE’16)
S.M.Pattnaik, Captain – Coast guard
station, Karaikal; Puducherry
IEI,
Kolkata 02.04.2016
National
Participants
2 National Renewable
energy day
celebration
Mr.Palanichamy, IAS, Nagapattinam
Dist.
Renewabl
e energy
club,
EGSPEC
20.08.2015 All staffs and
students
3
(ICAET 2015)
International
Conference on
Advances in
Engineering and
Technology
Mr.M.Sivakumar, CEO, ICTACT
Tamilnadu, Chennai
Dr.S.Jeevanathan, Asso.Prof/EEE,
PEC, Puducherry
ICTACT,
Chennai
08.05.2015
&
09.05.2015
National and
International
Participants
4
National
Conference on
Revolutionary
Research in
Electrical
Engineering
Prof.V.Mohan,
Prof.R.Anandaraj&Mr.K.Krishnaram
IEI,
Kolkata 27.03.2015
National
Participants
5 Prospects of Power
plant in Engineering
Life
Er.Periasamy, FIE., Council Member,
The Institution of Engineers India,
Kolkata
IEI,
Kolkata 21.01.2015
Staffs and
students of
EEE &
Mechanical
6 Application of
Embedded system
in Power electronics
Mr.S.Balachandran,
Embedded developer,
Fluxtron technologies
EGSPEC 22.08.14 IV EEE
7
Energy
Conservation &
Electrical safety
(ECES’14)
Mr.K.Nandakumar
Mr.G.Ganesan
& Student members
EGSPEC 22.08.14 &
23.08.14
School
students –
Nagapattinam
Zone
8 Power converters
for renewable
energy applications
Mrs.T.Sridevi, VIT University-
Chennai
Mrs.S.Seyezhai, SSN college of
Engg, Chennai
IEEE-
PELS
chapter
28.11.2014
Faculty
members
from various
institutions
9 Seminar in
Renewable energy Mr.G.Selvaraj, EE, TANGEDCO
Renewabl
e energy
club,
EGSPEC
20.08.2014 IV EEE & IV
Mech
10
Installation,
Commissioning,
operation and
maintenance of
electrical system.
Mr.Manikandan
Nanotech projects Ltd., Nagai EGSPEC 05.09.2014
IV EEE, III
EEE
11
Significance of
power consumption
for end user
Mr.G.Selvaraj, EE, TANGEDCO EGSPEC 30.09.2014 III EEE, II
EEE
12
Analysis of
Converters and
Inverters
Dr.S.Jeevananthan,
Asso.Prof/EEE,
PEC,Puducherry
EGSPEC 18.10.14 I PG
13
Electrical
Engineering &
instrumentation
Dr.S.Jeevananthan,
Asso.Prof/EEE,
PEC,Puducherry
EGSPEC 25.10.14 II ECE
14
Electrical Machines
II
Mr.K.Thayumanavan,
HOD/EEE,
UCE, Panruti campus
EGSPEC 25.10.14 III EEE
15
Power electronics in
RES
Dr.S.Jeevananthan,
Asso.Prof/EEE,
PEC,Puducherry
EGSPEC 01.11.2014 II PG
16
CALONICS’14
Paper Presentation,
Debugging and Spot
Events
Dr.C.Sundarraj, Principal, AVCCE,
Mayiladuthurai
Mr.A.Albert Martin Ruban,
HOD/EEE,
Kings College of Engg, Thanjavur
EGSPEC 26.09.2014
Inter and Intra
college
Students
17
Matlab for electrical
engineers
Mr.K.Thayumanavan, Mr.G.Ganesan,
Mr.K.Krishnaram, Mr.P.Anbarasan EGSPEC
15.12.2014
to19.01.201
4
III EEE
18
Proteus &Arduino
For Electrical
Engineers
Mr.S.Balachandran&Mr.P.Dharmaraj
Embedded developer,
Fluxtron technologies
EGSPEC
18.12.2014
to
22.12.2014
II EEE
19
Industrial And
Safety Management
Shri.K.MANIMARAN, National
Institute of Occupational safety and
fire safety management
,Nagapattinam
EGSPEC
05.01.2015
to
09.01.2015
IV EEE
20
Simulation Study Of
DC & AC Drives
Dr.S.Jeevananthan, Asso.Prof/EEE,
Pondicherry Engineering College,
Puducherry
EGSPEC 15.05.2014
Teaching
&Non
teaching staff
members of
EEE, E.G.S
Pillay
Engineering
College
21
IEEE International
conference on
Advances in
Engineering &
Technology
(ICAET 2014)
Dr.S.Jeevananthan,
Asso.Prof/EEE,
PEC,Puducherry
Dr.M.Sudhakaran,
Prof/EEE,
PEC,Puducherry
IEEE
02.05.2014
&
03.05.2014
National &
international
participants
22
IEEE International
conference on
Innovative Research
in Engineering &
Technology
(ICIRET 2014)
23
Industrial safety
management NIOS,nagapattinam EGSPEC 04-06-2013
2010-14
students
24
Industrial
automation Prolific Systems, Chennai EGSPEC
05-06-2013
to
10-06-2013
2011-15
students
25 Multisim Lab View National instruments EGSPEC
20-12-2013
to
24-12-2013
2012-16
students
26
Mat lab for
electrical engineers
K.Thayumanavan
A.P/ dept of EEE
UCE , Panruti
EGSPEC
20-12-2013
to
24-12-2013
2011-15
students
27
Advanced industrial
automation
i-Max industrial automation
technologies, Tanjavur division EGSPEC
18-06-2012
to
23-06-2012
2009-13
students
28 Lab View National instruments EGSPEC
25-06-2012
To
29-06-2012
2010-14
students
29 Lab View National instruments EGSPEC
11-08-2012
to
12-08-2012
2010-14
students
30
Power system
analysis
Dr.AjayD.Vimalraj,
Asst. Prof,
Dept. of EEE,
P.E.C, Puducherry
EGSPEC 14.04.12 III EEE
31 Control systems
Dr.N.P.subramaniyan, Asst. Prof,
Dept. of EEE,
P.E.C, Puducherry
EGSPEC 14.04.12 II EEE
32
Preconference
workshop on “Build
your own embedded
system using
graphical ”
National instruments, Bangalore EGSPEC 28-03-2013
National &
international
participants
33
International
conference on
research &
development
prospects on
engineering &
technology
(ICRDPET 2013)
Inaugural by
Dr.Sureshkumarjindal , Director ,
DRDO,
New delhi
IEEE 29-03-2013
National &
international
participants
34 Maths
Mrs.Subbulakshmi,
Professor,
Dept. of Maths,
Govt. Arts College,
Mayiladuthurai.
EGSPEC 27.11.2013 ME PED
35
Converter &
Inverter
Dr.S.Jeevananthan, Asso.Prof,
Dept. of EEE,
P.E.C, Puducherry
EGSPEC 30.11.2013 ME PED
36
Analysis of
electrical machines
Prof. R.mahendra,
Asso. Prof,
B.C.E.T, Karaikal
EGSPEC 14.12.2013 ME PED
37
Converter &
Inverter
Dr.S.Jeevananthan, Asso.Prof,
Dept. of EEE,
P.E.C, Puducherry
EGSPEC 22.12.2013 ME PED
38
3days workshop on
”National
Franchisee Training
programme”
Er.R.Manian,B.E.,M,I,E.,
Dy.Geeneral Manager,
TANGEDCO,Madurai
EGSPEC
1.6.2011
To
3.6.2011
2008-12
students
39
One Day Seminar
on “UPS&Battery”
Er.S.ArulRaj,B.Tech.,M.B.A.,
Plant Manager,Reliance
communication Ltd.,Chennai.
EGSPEC 12.9.2011
2008-12
students
&
2009-13
students
40
One Day Seminar
on
“PLC,SCADA&DC
S”
Er.N.Gopalan,
Project Manager,
Prolific
Systems&TechnologiesPvt.,Ltd.,Che
nnai.
EGSPEC 10.9.2011 2008-12
students
41
5 Days Training
program on
“Industrial
Automation”
Prolific Systems,
Chennai EGSPEC
7.12.2011
To
11.12.2011
2010-14
students
42
5 Days Training
program on
“Embedded
System”
Hypotech Solutions,
Chennai EGSPEC
17.12.2011
To
21.12.2011
2008-12
students
43
5 Days Workshop
on “MATLAB FOR
ELECTRICAL
ENGINEEETS”
Dr.S.Jeevanaham,
Associate Professor,
PEC.
EGSPEC
17.12.2011
To
21.12.2011
2009-13
students
44
2 Days Workshop
on “PC
HARDWARE
TROUBLE
SHOOTING”
Mr.M.Chinnadurai,AP,
EGSPEC.
Mr.G.Gopinath,Sys.Admin,E-Zone
Computer.
Mr.C.Mathuvanesan,Lect,
EGSPEC
EGSPEC 11.12.2012 2011-15
students
45
National Level
Technical
Symposium
CALONICS’12
Inaugural by Dr.S.Jeevanatham,
Associate Professor,PEC EGSPEC 9.3.2012
Students of
Our College
and other
colleges
46
A District Level
Technical
Exhibition
VIYUGA’12
Inaugural by
Dr.C.Sunder Raj,M.E.,P.hD.,
Director-R&D,
AVCCE.
EGSPEC 19.3.2012
Students of
Our College
and other
colleges
47
(ICAET 2012)
International
Conference on
Advances in
Engineering and
Technology
Inaugural by
Dr.MaheshSundararajan,
Scientific Officer,
Baba Atomic Research Center,
Mumbai.
IEEE
30.3.2012
&
31.3.2012
National and
International
Participants
48
(IEEE ICAESM
2012)
International
Conference on
Advances in
Inaugural by
Dr.MaheshSundararajan,
Scientific Officer,
Baba Atomic Research Center,
Mumbai.
IEEE
30.3.2012
&
31.3.2012
National and
International
Participants
Engineering,science
and Management
49
ZEPRA ‘10 national
level technical
symposium
Mr.S.Thangavelu EGSPEC 12.2.2010 All EEE
students
50
(ICAET 2011)
International
conference on
Advances ibn
Engineering and
Technology
Inaugural by Dr.J.Raja,ME.,P.h.D.,
Registrar,
Anna University of
Technology,Trichirappalli.
IEEE
27.5.2011
&
28.5.2011
National
&Internationa
l Participants
51
Recent trends in
robotics
Dr.S.Ramabalan,
Principal,
E.G.S.P.E.C
EGSPEC 21.09.11
III EEE
& IV EEE
students
52 Control system
Dr.N.Sivakumaran,
Professor,
Dept. of E&I,
NIT, Trichy
EGSPEC 30.04.11 II EEE
53
Power system
operation and
control
Dr.M.Sudhakaran, Asst.Prof,
Dept. of EEE,
P.E.C, Puducherry
EGSPEC 10.09.10 IV EEE
54 Control systems
Dr.M.Sudhakaran, Asst.Prof,
Dept. of EEE,
P.E.C, Puducherry
EGSPEC 06.03.10 &
13.03.10 II EEE
55 Power electronics
Dr.S.Jeevananthan,
Asst.Prof,
Dept. of EEE,
P.E.C, Puducherry
EGSPEC 06.03.10 &
13.03.10 III EEE
56
Power system
Analysis
Mr.K.Ayyappan,
Asst. Prof,
Dept. of EEE,
R.E.C, Puducherry
EGSPEC 09.04.10 III EEE