ugc sap drs i

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PROGRESS REPORT OF UGC SAP DRS I

Date of first approval: F.530/5/DRS/2009 (SAP-I) dated 6th April, 2009

Period of Programme: 2009-2014

Thrust Area Identified “Remote Communication System”

Department of Applied Physics Faculty of Technology, University of Calcutta

92, A. P. C. Road, Kolkata 700 009, India 26th March, 2014

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Contents

Description of items Page Project Summary 4

1 (a) Thrust Area(s) 5 2 Major achievements 7

(i) Teaching 7 (ii) Research 9

(A) The proposed thrust areas set-forth 9 (B) Achievements made with break-through and innovations in

9 AREA I AREA II AREA III

(iv) Human Resource Training 10 3 Infrastructure Developed 10 4 Knowledge disseminated to (in the thrust area identified) 11 5 Breakthrough (already recognized) 14 6 Emerging/Hi-tech/Priority area generated 15 7 Resource generation 15 8 Use of output of research and teaching 17 9 Other activities 18

(a) Seminar 18 (b) Summer Training 18 (c) Autonomous Character 19 (d) Advisory Committee Meeting 19

10 Faculty Involved 20

(a) Faculty Strength: Positions 20 (b) In the identified thrust area(s): 20 (c) List of publication records in referred journals 21 (d) Intake 21

11 National/Nodal Character of the Department 22 (a) Resource Persons Invited 22 (b) Serving for outside user departments 23

12 (a) Whether the State Government will take up the liability of faculties 28 (b) Whether the State Government has already agreed or has taken up

the liability after five years 28

(c) How the Department is going to maintain infrastructure 28

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Annexure Particulars Page

Annexure – 2 List of Major Equipment available in the Department 38

Annexure – 3 Achievements made with breakthrough and innovations in UGC SAP DRS I

42

Annexure – 4 Human Resource Training 63 Annexure – 5 Academic Visit by faculty members of the Department 65

Annexure – 6 Invited Speech delivered by faculty members of the Department

67

Annexure – 7 Invited Speech Delivered in the Department by Speakers from other Industries and Institutions

71

Annexure – 8 Industry Visit by faculty members of the Department 75 Annexure – 11 Seminar/conference Organized by the Department 81

Annexure – 12 Summer Training / Workshop organized by the Department

85

Annexure – 13 PhD Awarded and Registered 87

Annexure – 14 List of Books published by the faculty members of the Department

92

Annexure – 15 Seminar / Conference attended 94 Annexure – 16 List of Patent 100

Annexure – 17 Awards and Prizes received by the Faculty members of the Department

101

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PROJECT SUMMARY FOR UGC SAP DRS I

Date of first approval with level: F.530/5/DRS/2009(SAP-I) dated 6th April, 2009

Name of the University

University of Calcutta

Name of the Department Department of Applied Physics UGC Project Status (CAS/DSA/DRS)

UGC SAP DRS I

Date and reference of First Sanction

F.530/5/DRS/2009(SAP-I) dated 6th April, 2009

Period of Programme

1/4/2009 to 31/3/2014

Thrust Area Identified

Remote Communication System

Date and reference of Release of Fund

(i) F.530/5/DRS/2009(SAP-I) dated 15.06. 2009 (ii) F.530/5/DRS/2009(SAP-I) dated 18.11. 2010 (iii) F.530/5/DRS/2009(SAP-I) dated 16.08.2011 (iv) F.530/5/DRS/2009(SAP-I) dated 21.11.2012 (V) F.530/5/DRS/2009(SAP-I) dated 21.11.2012 (Fund has not yet received)

Total Sanctioned Amount

Non Recurring Rs.44.40 Lakh Recurring Rs.22.50 Lakh

Total Rs.66.90 Lakh Fund Provided in FY 2009-10 (in Rs. Lakh)

Expenditure Sanctioned Utilized Non Recurring 44.40 41.64901

Recurring 4.50 2.73222 Total 48.5 44.38123

Fund Provided in FY 2010-11 (in Rs. Lakh)


Recurring 4.50 3.22336 Total 7.25099 3.22336



Recurring 4.50 3.659 Total 7.25099 3.659



Recurring 4.50 2.67306 Total 7.25099 4.89346



Recurring Yet to receive

3.43523

Total 4.53629 Name of Coordinator (Actg.)

Professor S. Sengupta

Address Department of Applied Physics University of Calcutta

92 APC Road Kolkata -700 009 Phone (033) 2350 8386;033 6555 5549 FAX (033) 2351 9755

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1(a) Thrust Area(s): i) Identified since inception “Remote Communication System” with the following three areas i) Development of Smart Wireless Energy Meter With Accessing Facility From Remote Centralized Control Room ii) PC based Wireless Condition Monitoring and Control of Electric Machines iii) Remote Monitoring and Control of Power System Parameters Using Geographical Information System and Wireless Technology 2. Major achievements (last five years) (i) Teaching: a. New courses introduced: Introduction of a new Post Graduate Diploma course in “Renewable Energy Science and Technology” is under the consideration of the University. b. Curriculum last revised and significant changes: Curriculum has been revised during AY-2009-2010. Presently the Department is pursuing an overall revision of the entire course curriculum (B.Tech, 2yr M.Tech and 3yr M.Tech) keeping the statutory international / national frameworks in mind. During 2010 special emphasis has been given on wireless communication systems and different network protocols in theoretical paper of 2-yr M.Tech and 3-yr M.Tech courses. In communication laboratory, new experiments have been introduced on wireless communication using Vector Signal Generator and Signal Analyzer. c. Examination reforms last made with special features Home assignment, Group Discussion and seminar presentations are revamped utmost with the emphasis on the overall technical and soft-skill developments of the students. d. Teaching laboratory / equipment / new facilities created: I. Laboratories created under UGC SAP DRS I Funding

1. Wireless Communication Laboratory

(A) New Equipment procured:

1. Vector Signal Generator

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2. Vector Signal Analyzer:

3. GSM Modules

4. Short Range ISM Transceiver module: Low power RF modules (at 2.4GHz)

5. Long Range ISM Transceiver module: high power RF modules (at 2.4GHz)

6. Arc GIS Software (single user)

(B) Utilization in Teaching This laboratory has been developed using the equipment procured from the fund received under UGC SAP DRS I and is being utilized for both teaching and research. There is a practical paper on communication in the 2 year M.Tech course in

Instrumentation and Control Engineering and 3 year M.Tech course in

Instrumentation and Control Engineering. The same paper is being

introduced in courses of Electrical Engineering and Electrical Engineering

(Electrical Power). There is also a Conventional Analog and Digital

Communication Lab in our Department. The wireless communication Lab

will complete the knowledge of our students in the field of communication as

applied to Electrical Engineering and Instrumentation Engineering.

Besides these activities through curriculum, a few short term training

programmes have also been organized to develop awareness of wireless

technology as applied to Electrical Engineering and Instrumentation

Engineering for students and teachers of other universities and institutes and

industry personnel.

2. Embedded System Laboratory

(A) New Equipment procured:

1. XILINX FPGA development board

2. MATLAB software (10 users)

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(B) Utilization in Teaching

This laboratory has been augmented using the equipment procured from the

fund received under UGC SAP DRS I and is being utilized for both teaching

and research.

There is Microprocessor, Microcontroller and Embedded System

laboratory in our Department. XILINX based FPGA development board

enhances the facilities of the Lab. This lab is in the curriculum at B.Tech. and

M.Tech. level.

Some new experiments have been included. Short term training

programmes are also being organized for other university students and

industry personnel.

II. Laboratories created under Other Funding Sources (for

detailed list of equipment, please see Annexure-2)

1. Advanced Computing Laboratory – Funded by DST FIST Govt. of

India.

2. Advanced Control Laboratory – Funded by TEQIP Ph-I, Govt. of

India.

3. Real and Virtual Power and Process Laboratory – Funded by

TEQIP Ph-I, Govt. of India.

4. Power System Incubation Laboratory – Funded by DST FIST,

Govt. of India and University Fund.

5. RTDS (Real Time Digital Simulator) Laboratory – Funded by

TEQIP Ph-I, Govt. of India.

6. Machine Fault Simulator Laboratory – Funded by TEQIP Ph-I,

Govt. of India.

7. Power System Simulation Laboratory – Funded by TEQIP Ph-I,

Govt. of India.

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(ii) Research Research (highlight major objectives set-forth (as proposed) and achievements made with breakthrough, innovation brought in, technology transferred, international collaboration, which have created resources). (A) The proposed thrust areas set-forth are as follows: i) Development of Smart Wireless Energy Meter With Accessing Facility from Remote Centralized Control Room. ii) PC based Wireless Condition Monitoring and Control of Electric Machines

iii) Remote Monitoring and Control of Power System Parameters Using Geographical Information System and Wireless Technology (B) Achievements made with break-through and innovations Please see Annexure - 3 –iii) If the objectives set-forth could not be achieved, the specific reasons thereof. Not Applicable. (iv)Human Resource Training: Human resource training to persons including our students are represented in the bar chart below. The details are given in Annexure 4.

13

0

20

40

60

80

100

120

140

160

180

2009 2010 2011 2012 2013

3. Infrastructure Developed: (a) Name major Equipment (> Rs.3 Lakh) For list of major equipment procured under UGC SAP DRS I and also from other funding sources please see Annexure –2. (b) Central Schemes/facilities for PG, Research and Extension Activities (Please tick one applicable to your Department): (i) STEP (ii) IIPC (iii) USIC / RSIC (iv) Patent Promotion Cell (v) Guest house with capacity (vi) Seminar / Conference Room with capacity (vii) Regional/Mainframe computing facilities (viii) Central Library with documentation facilities (ix) Continuing Education Centre (x) Women Development Cell.

i) A space has been renovated as Seminar room with a capacity of 80 from university fund.

ii) An Advanced Computing Lab has been developed from the funding of DST FIST, Govt. of India.

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(c) Networking (Please tick the right one): √ (i) Library, √ (ii) Laboratory, √ (iii) University Department. 4. Knowledge disseminated to (in the thrust area identified): (i) Other teaching institution (Name, No. of faculty involved) (a) Laboratory visit by the Faculty members of this Department): Laboratory visit by the Faculty members of this Department are represented in the bar chart below. Details are given in Annexure 5.

0

1

2

3

4

5

6

7

2009 2010 2011 2012 2013

(b) Invited speech delivered by the Faculty members of this Department: Invited speech delivered by the Faculty members of this Department are represented in the bar chart below. The details are given in Annexure 6.

15

0

2

4

6

8

10

12

14

16

2009 2010 2011 2012 2013

(c) Teachers of our Department are continually updating the faculty members of different Engineering Colleges by way of research guidance, delivering lectures at the Faculty Development Programme (FDP). Besides these, a large number of faculty members of different self financed Engineering Colleges under West Bengal University of Technology (WBUT) and of other states are enhancing their education through Part Time M.Tech. courses offered by this Department.

(d) Invited speeches delivered by Speakers from industries and other Institutes in the Department. These were attended by students of our Department as well as students of other institutes, faculty members, research scholars and persons from industries. This is represented by the following bar chart and the details are in Annexure 7.

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0

0.5

1

1.5

2

2.5

3

3.5

4

4.5

2009 2010 2011 2012 2013

(ii) Industry (Name with amount received if any) visit by Faculty members: Industry visit by Faculty members of the Department for real time interaction with industry houses are represented by the bar chart below. The details are given in Annexure - 8. (iii) Rural/Tribal/Govt./NGOs (Provide No. with amount)

SC, ST and OBC students of different parts of the country are regularly imparted knowledge from the Department. (iv) International (name organization)

Nil (v) Others A MoU has been signed between the University, represented by the Hon’ble Vice Chancellor, and M/s Landys + Gyr India, represented by the CEO. A Small Scale Industry has given a Letter of Expression of Interest for manufacturing the items developed in our project. (vi) Innovation/excellence brought in (Please specify in the identified thrust areas only) One Patent is applied in the area of “Energy Metering”.

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5. Breakthrough (already recognized): New technologies are developed in the relevant areas of the thrust area substantiated by publications in peer reviewed Journals. The number of journal publications during the years 2009-2014 are given in the bar chart below.

A MoU has been signed between the University, represented by the Hon’ble Vice Chancellor, and M/s Landys + Gyr India, represented by the CEO. A Small Scale Industry has given a Letter of Expression of Interest for manufacturing the items developed in our project. 6. Emerging/Hi-tech/Priority area generated:

• SMART Grid based development with wireless remote communication • Remote health monitoring system using wireless communication

technology. 7. Resource generation (specify amount, Rs. in Lakh): (i) Sponsored (agency) R&D Projects: Name of the faculty

Sponsoring agency

Duration Amount of grant

Title

PI: Dr. M. Mitra DST New Delhi 5 years 55 L FIST-2009-14

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PI:Dr. J.N.Bera Co-PI:Dr. S. Chowdhuri

Ministry of Power, CPRI,

Bangalore 2 years 23.3 L

Development of Remote Energy

Metering System towards the

Estimation of Zonal Energy Consumption

with AMR

PI: Dr. R. Gupta

Co PI: Dr. J. N. Bera

DST, WB 3 years 9.5 L

Development of short range health monitoring system using ZigBee based

wireless communication

(iii) Transfer of technology: In progress. (iv) Product & Prototype development: Prototype has been developed for

• Development of Head Code for Eastern Railway EMU • Multimedia Laser show with musical Fountain

(v) Patent utilization:

Applied for. (vi) Exploitation of internal facilities:

Fully exploited. (vi) Industrial collaboration by user Departments: A MoU has been signed between the University, represented by the Hon’ble Vice Chancellor, and M/s Landys + Gyr India, represented by the CEO. A Small Scale Industry has given a Letter of Expression of Interest for manufacturing the items developed in our project.

(vii) Human Resource Training: Human resource training to persons including our students are represented in the bar chart below. The details are given in Annexure 4.

19

0

20

40

60

80

100

120

140

160

180

2009 2010 2011 2012 2013

8. Use of output of research and teaching in (tick and fill up the right one): Item No.

Description Remarks

A Industry State and national level Government and corporate houses are interacted with by expert lectures and visits for mutual awareness and feedback.

B Other user Department The outcome of research is shared with neighbouring universities and institutions through organizing seminars, workshops, discussion meetings on regular basis

C National Organization Other professional bodies are regularly updated with the developments and outcome of the research outcome

D Other organization Professional activities are organized in technical collaboration with reputed international bodies like IEEE, IET UK, etc.

The researchers of this Department are also from industry and different engineering colleges. Most of them are working in SAP related areas. 9. Other activities: (a) Seminar Seminars organized are represented in the bar chart below the details of which are given in Annexure - 11.

20

0

0.5

1

1.5

2

2.5

2009 2010 2011 2012 2013

(b) Summer Training Workshop / Summer Training organized are represented in the bar chart given below the details of which are given in Annexure - 12.

0

0.5

1

1.5

2

2.5

3

3.5

2009 2010 2011 2012 2013

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(c) List of PhD Awarded and Registered students The list of students awarded PhD and registered for PhD during the last five years is given in Annexure - 13. (d) List of Books published by the faculty members of the Department List of Books published by the faculty members of the Department is given in Annexure - 14. (e) Seminar and Conferences Attended by the Faculty members of the Department Please see Annexure-15. (f) List of Patents Please see Annexure-16. (g) Awards and Prizes received by the Faculty members of the Department Please see Annexure-17. (h) Autonomous Character: Yes. (i) Financial: √ (ii) Administrative: √ (iii) Academic: √ (iv) Others (i) Advisory Committee Meeting (No. with Dates): First Advisory Committee Meeting held on 15.01.2010, Second Advisory Committee Meeting held on 14.03.2011 Third Advisory Committee Meeting held on 23.03.2012 Fourth Advisory Committee Meeting held on 15.03.2013 Fifth and final Advisory Committee Meeting held on 26.03.2014 (In all the meetings, both the UGC Nominees were present)

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10. Faculty Involved (a) Faculty Strength: Positions

Designation Sanctioned post

Vacant post

Actual Positions

Available in Thrust Area

Available in Other

Area Professor 4 1 5* 5 - Associate Professor

6 3 2 2 -

Assistant Professor

10 3 6 6 -

Total 20 7 13 13 -

* Note: Two Professors are promoted under CAS (b) In the identified thrust area(s):

Name and number of faculty members in position Professors 05 Name of

Faculty Member

Membership Specialisation Specific areas of expertise

1 A. Deb Fellow IETE, IEI

Electrical Engineering

Control Applications

2 G. Sarkar Fellow IETE, Electrical Engineering

Machine parameter monitoring and control

3 S.K. Sen Fellow IETE, IEI, MIEEE

Instrumentation Engineering

Instrumentation and communication

4 S. Sengupta

Fellow IETE, IEI, IET(UK), Senior Member IEEE,


Power system measurements,

communication, Power Quality, protection,

machines 5 S. C. Bera MIEEE Instrumentation

Engineering Smart sensor and

Process Plant Instrumentation

Associate Professor 02 6 M. Mitra Member

IEEE, IETE Instrumentation

Engineering Biomedical Signal Processing and communication

7 J. N. Bera Member IEEE, IETE


Wireless communication and embedded

technology Assistant Professor 06 8 C. Dey Member IE

(I), IETE, MIEEE


Intelligent control technology

9 S. Chowdhuri

Member IEEE


Power electronics and Drives

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10 R. Gupta Member IET, IEEE, IETE


Application of Wireless communication and

embedded technology in Biomedical Signal

Processing 11 P. Mandal Electrical

Engineering Power system

parameter – monitoring and control

12 K. Das Sharma

Member IET, IEEE


Intelligent control technology

13 S. Pal Member IET, IEEE


Biomedical Signal Processing

(c) Intake (Please put numbers)

Category Identified thrust area Other than thrust area Ph.D. 26 20 PG: - 72* Fellows: 4 Nil NET Scholar: Nil Nil GATE Scholar: - 36 Res. Asso.: Nil Nil Proj. Asstt.: Nil Nil Others: Nil Nil * Some theory and practical papers covering the thrust area are included in the PG curriculum. 11. National/Nodal Character of the Department: √National /Nodal/All India Centre (a) Details of seminars, conferences etc. organized during last 5 years (For details, please see Annexure-11)

Items

Number organized National International

Organized Participated/

Attended Organized

Participated/ Attended

Conference / Seminar

07 759 01 250

Workshop 05 248 01 84 Tutorial / Invited Lectures

19 308 06 260

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(b) Resource Persons Invited (Nos.)- (i) International

1 Dr. D. Majumdar, PhD (USA) Former Senior Nuclear Advisor to US Department of Energy

2 Prof, Siddhartha Sen, MIT, USA 3 Dr. J. P. Sarkar, USA 4 Professor Sanjit Mitra, Stephen and Etta Verra Professor, University of

Southern California, USA 5 Professor B. Pal, Imperial College, London 6 Dr. Biswajit Karmakar

Research Scientist, NEST and SNS Pisa, Italy 7 Professor S. C. Mukhopadhyay, Massay University, New Zealand 8 Professor N. Soundarrajan, NTU, Singapore 9 Professor G. P. Rao, UNESCO ELOS, UAE 10 Professor Pablo Laguna, Zaragoza University, Spain 11 Mr. Debabrata Sarkar, Qatar Kentz W. L. L

(ii) National

1 Mr. Himadri Endow, GM, Areva Automation, New Delhi 2 Mr. Dipankar Basu, Addl. Chief Engineer, West Bengal State Electricity

Distribution Co. Ltd 3 Mr. Arnab Bose, Assistant manager, Metering and Protection, L & T, Kolkata 4 Mr. Gopal Parikh, Chief Design Architecht, Landis & Gyr, New Delhi 5 Mr. Ashish Agarwal, Director, Innovative Embedded Systems, IIT, Kanpur 6 Professor Radhakant Padhi, IISc bangaluru 7 Professor, J. Mukhopadhyay, IIT, Kharagpur 8 Professor S. Dandapath, IIT, Guwahati 9 Professor C. A. Murthy, ISI, Kolkata 10 Professor Vinod Kumar, IIT Roorkee 12 Mr. Ranjit Das, AREVAT&D 13 Professor D.K.Basu, Former Vice Chancellor, Tripura University 14 Mr. Manik Basu, CESC Ltd, Kolkata 15 Mr. M.M.Baidya, Power Grid Communication India Ltd, Kolkata 16 Dr. Kalyan K Bandyopadhyay, ex-Deputy Chief Engineer, Kolkata Port Trust 17 Mr. Partha Halder, Manager (C & A ), Bricmont India Pvt. Ltd., India 18 Mr. Siddhartha Pal, Deputy Discipline Head, Control and Automation, Mott

Macdonald Pvt. Ltd. Kolkata

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19 Er. S. Chakraborty, Vice President (Technical), Bajaj Electricals Ltd. 20 Dr. R. Saha, CEA, New Delhi 21 Dr. Amit Jain, Joint Director, CPRI, Bangalore 22 Prof. Amitava Chatterjee, Jadavpur University, Kolkata 23 Dr. Asok Bandyopadhyay, Principal Engineer, C-DAC, Kolkata 24 Prof. Swapan Kumar Goswami, Jadavpur University, Kolkata 25 Prof. Subir Kumar Sarkar, Jadavpur University, Kolkata 26 Mr. Ranjit Das, Director Technical, Systems & Controls, Kolkata 27 Prof. Rajib Bandyopadhyay, Jadavpur University, Kolkata 28 Mr. Sandip Mukherjee, Chief Executive Officer, Landis + Gyr Ltd., India 29 Mr. Gautam Ray, Executive Director, CESC Lts., Kolkata 30 Prof. S. Dutta Gupta, IIT, Mumbai 31 Prof. Sujit K. Biswas 32 Mr. R. N. Majumdar, Head, Instrumentation, LahMeyarInternational India 33 Mr. Amalendu Kumar, General Manager, Indian Oil Corp. Ltd. c. Serving for outside user departments in (Nos. & hrs.) (i) Hands-on Or technical training to university/college teachers: Faculty members of this Department are invited frequently by National Institute of Technical Teachers Training Institute and Research, Kolkata for theoretical and practical training to teachers of different engineering colleges and polytechnics. Besides this, Teachers of different Engineering Colleges are engaged in research activities in this Department in the proposed thrust areas and other areas. (ii) Collaborative (international): Nil (iii) Teaching to neighboring institutions: Teachers of this Department are invited to conduct examinations and deliver special lectures to Jadavpur University, BESU and other Engineering Colleges. (iv) Visiting Teachers to foreign university: Some Teachers of this Department have visited foreign universities before the commencement of this project.

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(v) Equipment facilities: Equipment (procured from SAP and from other sources) are being utilized by other institutions for research purposes and R & D projects. (vi) Other major infrastructure facilities: Nil 12(a) How the Department is going to maintain infrastructure and the status if UGC disagrees to continue the support further. Whether the Department /University will agree for upgradation of the status on no cost basis, if it so happens as per the recommendation of the Committee. University approves a yearly budget (as given in Annexure- 22) from which salary of teachers and staffs of the Department are provided. A small amount is also provided to maintain the infrastructure and status. But since that amount is a meagre one, fund from UGC for continuing research and development activities is sought for.

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Annexure 2 List of Major Equipment available in the Department

Major equipment Cost (in INR.)

Source Year of

purchase

Whether in

operation Vector Signal Generator

38,05,277

UGC-SAP-DRS-I

2010 Yes

Vector Signal Analyzer UGC-SAP-DRS-I

2010 Yes

MATLAB software (10 user) 2,16,884 UGC-SAP-DRS-I

2010 Yes

Arc GIS Software (single user) 1,37,160 UGC-SAP-DRS-I

2010 Yes

Biomedical Lab All instruments make: Biopac System, U. S. A

19,95000 DST FIST

2011 Yes

Embedded System Lab

9,88000 DST FIST

2011 Yes

Real time single phase HVDC transmission line simulator Make :M/S Electronica, Kolkata

4,17000 DST FIST

2011 Yes

Phantom load test set Input voltage-415V, 3-phase, 4-W, 50Hz Make : NTPL, Kolkata

78780 DST FIST

2011 Yes

Numerical Motor Protection Relay of Type – MiCOM P-220 Numerical Directional Feeder Management Relay of Type MiCOM P-141 Make : of M/s AREVA T&D

2,54000

DST FIST

2011 Yes

4) PSCAD Software Educational version 10 user,

Manitoba HVDC Research Centre, Canada through its

Indian Agent.

1,39000

DST FIST

2011 Yes

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Transformers of different sizes and types for laboratory use (Ten nos)

245402 CU 2011 Yes

DCS and Simulation Software system

93,23,500 TEQIP-Ph-I

2006 Yes

RTDS system 113,552,88 TEQIP-Ph-I

2006

Yes

OROSS S.A. make Data acquisition card for sound and vibration analysis. (Model OR35-FREQ-8)

846,555 TEQIP-Ph-I

2005 Yes

SPECTRAQUEST make (Model No.MFS2004PK40 Machinery Fault Simulator System with Kits


2005

Yes

Industrial ICP Tri-axial accelerometer,

47,701 TEQIP-Ph-I

2005

Yes

Force Transducers: Single channel strain gauge based Lateral force transducer for MFS, MFS-Lite, or BBS.

102,018 TEQIP-Ph-I

2005

Yes

Hall Effect AC/DC Motor Current Probe

41,036 TEQIP-Ph-I

2005

Yes

4 + 16 Channel, 500 MHz. Mixed Signal Oscilloscope 20 MHz.

531,099 TEQIP-Ph-I

2005

Yes

2 Channel , 60 MHz. Digital Storage Oscilloscope GP-IB & RS 232 interface module with Software

57,636 TEQIP-Ph-I

2005

Yes

20 MHz. Function / Arbitrary waveform generator

73,915 TEQIP-Ph-I

2005

Yes

Electronic Load Mainframe with Two Slots

165,679 TEQIP-Ph-I

2005

Yes

Portable Energy And Power Disturbance Analyzer For Dc,

440,564 TEQIP-Ph-I

2005

Yes

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Single Phase Or 3 Phase Balanced Or Unbalanced System With Frequency Up to 400 Hz FEEDBACK Make Model No.38-002 Temperature Process Control


2005

Yes

FEEDBACK Make Model No.38-001 Level and Flow Process Control


2005

Yes

FEEDBACK Make Model No.38 -370 Data Acquisition Unit

33,21,05 TEQIP-Ph-I

2005

Yes

FEEDBACK Make Model No.53-001-2-USB Analog Communication Workstation with USB console

66,73,00 TEQIP-Ph-I

2005

Yes

FEEDBACK Make Model No.53-002-2-USB Digital Communication Workstation with USB Console

69,80,53 TEQIP-Ph-I

2005

Yes

FEEDBACK Make- Model no. 33-007-PCI Twin Rotor MIMO System

682,466 TEQIP-Ph-I

2005

Yes

FEEDBACK Make- Model no. 33-004-PCI Digital Servo Workshop

447,956 TEQIP-Ph-I

2005

Yes

FEEDBACK Make- Model no. 33-005-PCI Digital Pendulum Control System

862,771 TEQIP-Ph-I

2005

Yes

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Annexure - 3

Achievements made with Break-through and innovations in UGC-SAP-DRS-I

Thrust Area: Remote Communication System (Period: 2009-2014)

A-1: Brief History of the Department To initiate an integrated approach in the teaching of science in the University of Calcutta, in the year 1913, Sir Rash Behari Ghosh, one of the eminent jurist at that time, placed in the hand of the University a donation of rupees ten lakh “for the promotion of scientific and technical education, for the cultivation and advancement of science, pure and applied … “ This donation was followed by another princely gift of rupees eleven lakh and forty thousand which paved the way for the establishment of a new post graduate M.Sc course in Applied Physics in the year 1925, under the faculty of Science in the University of Calcutta. Though the emphasis of teaching in those days was distinctly in electrical technology, a strong research base was also established in the area of molecular spectroscopy. In 1930 the department established a 21 feet Paschen-Rowland concave grating having 30,000 lines per inch, the largest of its kind in Asia in those days. A-2: Previous Contributions of the Department It may be mentioned that after the independence, Department of Applied Physics contributed much towards the formation of indigenous and import substitutes of various technologies on Electrical and Instrumentation systems and devices. In fact the undergraduate college laboratories were supplied with test and measuring equipment designed and manufactured by the department.

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A-3: Present Research and Achievements during UGC-SAP-DRS-I Period The Department has been granted SAP DRS I programme for the period 2009-2014 out of which four years have been completed. The thrust area is “Remote Communication System”. Under this thrust area, three application areas were chosen as shown below.

Research Highlights In the Three Application Areas: (A) The application areas as mentioned earlier in SAP DRS I programme are as follows: i) Development of Smart Wireless Energy Meter with Accessing Facility from Remote Centralized Control Room. ii) PC based Wireless Condition Monitoring and Control of Electric Machines

32

iii) Remote Monitoring and Control of Power System Parameters Using Geographical Information System and Wireless Technology (B) Achievements made with break-through and innovations AREA-I: Research activities carried out in the thrust area “Development of Smart Wireless Energy Meter with Accessing Facility from Remote Centralized Control Room” Objective: Recently, digital energy meters are being installed in the household / industrial premises replacing the old electromagnetic types because of several advantages it offers. The performance of the digital energy meters mostly depend on the power of embedded chips, which has been enhanced a lot with the aid of latest technological advancement. On the other hand the access to these meters is mostly dependent on the physical presence of meter readers. With a number of customers distributed over large areas, this fact poses a great problem. To way out of this situation, the remote access feature can be incorporated within the meter itself by adopting network communication technique - the latest one of which is the wireless communication technology. To upgrade those energy meters with the extraction of advantages of embedded and wireless communication technologies, this project has been proposed. Implementation Procedure: To implement the objective, the job has been divided into two steps i.e. to carry out research (i) for developing technologies for measurement of power, energy and related parameters and (ii) for establishing communication links to transfer the measured information from measuring point to central control room using a SMART meter developed by us. Step I: Measurement Technologies Since the commencement of this project, a number of techniques have been developed by the faculty members of this Department for measurement of power, energy and other related parameters under sinusoidal and non-sinusoidal environments which are substantiated by publications in referred journals. These techniques are measurement of reactive power using S-ADALINE networks, design and implementation of a high accuracy sampling wattmeter under non-sinusoidal and off-nominal frequency conditions, second degree digital differentiator based power system frequency estimation

http://www.sciencedirect.com/science?_ob=ArticleURL&_udi=B6V42-4XPG1R8-1&_user=10&_coverDate=04%2F30%2F2010&_alid=1651630868&_rdoc=3&_fmt=high&_orig=search&_origin=search&_zone=rslt_list_item&_cdi=5746&_sort=r&_st=13&_docanchor=&view=c&_ct=4&_acct=C000050221&_version=1&_urlVersion=0&_userid=10&md5=1f7c57e4cf7a636c30341807b4b8ce86&searchtype=a



33

under non-sinusoidal conditions, self-synchronized ADALINE network for on-line tracking of power system harmonics, Band-pass Second Degree Digital–Integrator Based Power System Frequency Estimation under non-sinusoidal conditions, Active Power Measurement for Industrial Frequency Applications. Another new measurement methodology has been proposed for measurement of power and energy by sample shifting technique in sinusoidal environment. For active power measurement, the samples of the circuit voltage and current over a full cycle are recorded simultaneously and real power is calculated. This measurement does not need any measurement of power factor, which is in fact an essential parameter to be measured by the conventional method. Similarly, while calculating reactive power, measurement of “ISinφ” is needed. Since I Sinφ is simply the translation of original current signal waveform Icosφ by 90° along time-axis, newly proposed sample shifting technique has been utilized here. The present technique determines ISinφ from the original data of the current waveform data and hence calculates reactive power directly. This method of measurement has also been extended to measure the power in polluted environment. If the voltage and current waveform is composed of integral number of harmonics, the active power expression will be the sum of active powers of all harmonics but the reactive power expression will be a mixture of active and reactive power of the harmonics. This fact prevents any full-proof standardization of the measurement of reactive power in presence of harmonics. In this situation, the idea of sample shifting technique has been extended to determine each of the individual harmonic real and reactive power. Theoretical developments for the proposed technique have been made and simulation in MATLAB has been carried out which shows satisfactory results as compared to the calculated values. Experimental verification is now under process. The test results have been communicated in IEEE conference is accepted and presented in 22nd February, 2013 and also awarded Best Paper in that conference. Step II: Communication Technologies For establishing communication links for transfer of these measured information from measuring point to the central control room, necessary hardware viz. circuit design and necessary PCB have been worked out. Some

34

photographs of the laboratory experimentations are given in Figures which are self-explanatory. Figures below show the test set-up of those Zigbee modules in a networked environment. When one of them is connected with the central PC and the other two are connected with two energy meters where the meter data are communicated to the central PC as and when required basis. VSG is utilized to generate various signals similar to meter data signals to simulate the performance of the Zigbee modules under different working environments. The supporting centralized PC- based software are under development and a preliminary testing has been carried out with the help of networking of energy meters installed in the three power incomers of the Department. The networking facility among them has at present been achieved with wired communication using MODBUS protocol. The next step of the development of this technique is to extend the facility among four different buildings of the University located at four different places. In this step, six antennas have been fixed on small antenna MAST on the roof tops of four different buildings e.g. Centenary building in College street campus, P. G. Hall building at Vidyasagar street, Palit Building and Applied Physics building in Rashbehari Siksha Prangan. Applied Physics is considered as the central control room. The antennas of remaining three buildings are in the Line-of-Sight with the antenna of the Applied Physics. A digital energy meter has been installed near the busbar of a feeder in the PDB in the College street campus. Measured data from this meter are fed to its antenna through wired connection and are being transmitted. These data are received at Applied Physics through wireless (WLAN) communication and are fed through wired (LAN) connection to a computer (Central PC) kept in the SAP laboratory in the 1st floor of the Department. The job of installation of meters and their interconnection with the central PC at Applied Physics is now completed and tested ok in Palit building and PG Hall. The accessories for installing wireless networking are already made ready for their installation at three different buildings in three different campus of the University. The installation work at all four locations is completed now. On the other hand, Energy Management Software (EMS) development is also finalized and its bugs are now in the debugging processes. The functioning of different features of the software is tested individually. Now co-relation among them are being made and this is done by installing the software in a server machine. It has mainly two parts – One front and GUI for utility use and another backend application responsible for reading data from different EM at

35

a specified time schedule and stores it into the server data base. The front end GUI is responsible for different energy management aspects including report generation features and probable tapping or non-functioning of the meter indications, a glimpse of which is shown in the figure.

Performance study of Zigbee modules using Vector Signal Generator and Vector Signal

Software snap for Zigbee module performance testing

2.4 GHz Zigbee module as transmitter at PC end to be interfaced with energy meter and DHU

2.4 GHz Zigbee module as wireless Receiver to be interfaced with energy meter and DHU

Software snap for Automatic meter reading system

f t ti

36

Experimental set-up for short range data communication through Zigbee module using

VSG and VSA

Digital Energy Meter connected at a power incomer of Different campuses of University

Antenna MAST installed at the rooftops of different buildings

37

Developed GUI for prototype testing

Server installed, at Department

Generated Report through EMS Software

38

The publications in referred journals in Area-I are presented in the following bar-chart and the detailed paper list is given in Annexure 19.

0

2

4

6

8

10

12

14

16

18

20

2009 2010 2011 2012 2013

Publication in Area I

AREA II: Research activities carried out in the thrust area “PC based Wireless Condition Monitoring and Control of Electric Machines” Objective: Smooth and accurate controls of electric machines are the key features in enhancement of efficiency of modern industry. The continuous evolution of control systems with the adoption of the latest technologies makes the control systems user friendly with higher degree of reliability. In this case also, individual control and monitoring of several machines spread over a large area may be complemented/ supplemented by centralized control module to extract the optimal output of the system. The advantages of wireless communication systems can then be incorporated to this centralized control station from where several machines can be controlled/ monitored without the need for laying out the control cables. Implementation Procedure: To implement the objective, the job has been divided into two steps, i.e., to carry out research (i) for developing technologies for measurement of different motor parameters required for condition monitoring and control of a motor and (ii) for establishing communication links to transfer the measured information from measuring point to central control room.

39

Step I: Measurement Technologies Fault detection and classification are a predominant area of research in this Department. A number of technologies have been developed by our faculty members supported by publications. Rotor misalignment, rotor mass unbalance and broken rotor bar faults in induction motors have been considered. Fast Fourier transform technique has been found to give good results but only for stationary signals. Application of Continuous Wavelet Transform is seen to give good results for larger degree of fault like broken rotor bar fault and, Wavelet Packet Decomposition technique is found to give good results for smaller degree fault like rotor misalignment and rotor mass unbalance. For condition monitoring and fault classification, Support Vector Machine technique applied on currents signals is found to give good results. Fractal technique gives very prominent classification between healthy and faulty motors in a cluster of motors. Fuzzy and Fuzzy ANFIS techniques are also seen to give good results in condition monitoring and fault classification in a group of induction motors. Several control algorithms have been developed which may be utilized in controlling the motor parameters. An arrangement of monitoring of three different machines e.g. one single phase induction motor, one dc motor and a transformer networked with RS-485 protocol along with a PC the scheme being shown in figure and, experimental set up shown in Fig. 14 has been set up in the Laboratory which has been tested successfully. This may be extended to other machines of the Department. Monitoring scheme with Zigbee based wireless networking, GSM based SMS service and GPRS service is under development. In addition to the measurements of induction motors, some parameters of a synchronous machine have also been measured. The sample shifting technique that has been explained earlier has also been used in such measurements. Theoretical developments have been made to measure Xd and Xq of a synchronous machine. The computer simulation is found to give satisfactory results. Experimentation is now completed in the form of an M.Tech project for the purpose of its remote monitoring and control. A state-of-the-art data compression technique is adopted in order to achieve the security in communication utilizing a hybrid Huffman coding and third order

40

Differential Pulse Coded Modulation. This also enhances the network channel efficiency so that more number of machines can be monitored using the same network channel. A joint collaboration with Bombay IIT is supposed to be made for a project to control an undersea water alternator from a remote control room on the bay.

Scheme of the multi-machine monitoring system

Step II: Communication Technologies In the process of condition monitoring of electrical machines, to transmit the acquired motor data, fabricated microcontroller based state of the art Dedicated Hardware Unit (DHU) has been developed and tested in integration with a PC. The PC software (VB based) is also under development, which at the moment takes care of the data coming from the DHU and, stores them in a file for future analysis purposes using above methodologies. Each DHU is capable of measuring the basic parameters of induction motor viz. the applied voltage, the current drawn by its stator, the vibration and speed. The DHU is intelligent enough to do a preliminary level of analysis on the basis of those acquired data and can take a decision about its activities under any abnormalities in the dataset. In a cluster of motors, each motor is provided with a DHU and all the DHU are also connected in a network with a centralized PC through RS-485 protocol for periodic monitoring. PC starts a continuous acquisition of the sample values of voltage, current, vibration and speed once an intimation of a fault by any DHU is received. The system is upgraded in such a way that the same abnormal conditions are also sent as SMS to any predefined mobile

41

as alarming indication or to a central PC. On receiving the SMS, the central PC decodes it and depending upon its severity the central PC asks the DHU for the details data and then a detailed analysis is performed in the PC software to diagnose the details of the abnormalities. This technique has been implemented for a three machine system. The techniques for the analysis of the data for different types of abnormalities are being studied and simulated using MATLAB. This needs a huge data set for both healthy motor as well as different types of faulty motors and their data collection. The communication of the said data set is an issue and will be taken care off by adopting some compression and/or modulation techniques. In order to make this monitoring system tether less, a cordless telephone set is studied and made customized to use it for data communication. As a trial run it is now being used for transmission of ECG data set for the purpose of making a remote wireless ECG diagnosis system in order to provide a quicker health care service to the patients of remote villages lacking of nearby hospitals or even health care centers. The developed system runs satisfactorily and few publications have already been made and some are under considerations. We have also utilized this system as an alternative of RS-485 based network and the interfacing of this system with the DHU has been under development. Once it is finalized, this system can also be used for monitoring of electrical machines within a premise from a centralized PC. To monitor more number of machines wirelessly, due to the bandwidth problem of the above system, we have planned to establish the network with higher bandwidth with the adoption of license free ISM band at 2.4/ 5 GHz with the adoption of Zigbee (IEEE 802.15.4) system. The study on Zigbee module is going on, it’s working as an interfacing device with microcontroller for a stand alone mode of operation has been done and its testing for Zigbee networking operation is now in progress. At present, we are able to establish a communication link by transmitting and receiving some known data among them. The zigbee modules functioning have been tested. The interfacing of it with the DHU is going on and the PC based software is also being modified accordingly. The functioning of the system using RS485 is tested.

42

Hardware setup for Electric machine

Dedicated Hardware Unit (DHU) monitoring system for Machine Monitoring

Test Bench of Wireless Transceiver Units

43

Laboratory arrangement of a three motor system

Laboratory set up of ZigBee stand alone system

The publications in referred journals in Area-II are presented in the following bar-chart and the detailed paper list is given in Annexure 19.

44

0

2

4

6

8

10

12

14

16

18

2009 2010 2011 2012 2013

Publication in area II AREA III: Research activities carried out in the thrust area “Remote Monitoring and Control of Power System Parameters Using Geographical Information System and Wireless Technology”. Objective: The inherent limitations faced by traditional decentralized system of record keeping and managing different electrical parameters of a distributed power system can be replaced by a centralized automated system. The development of a centralized automated system can be made for monitoring, analyzing and managing electrical parameters of different nodes of a power system under normal or various contingent conditions from a remote location, so as to enhance the overall system efficiency using Geographical Information System (GIS) technology. The inherent mapping feature of GIS software can be used to locate any station or sub-station or transmission line and to retrieve data of a desired place from a remote center which can be used to control the power flow under normal and abnormal conditions. Implementation Procedure: To implement the objective, the job has been divided into three steps i.e. to carry out research (i) for developing technologies for measurement of different motor parameters required for condition monitoring of Power System substation or equipment and (ii) for establishing communication links to transfer the measured information from

45

measuring point to central control room. (iii) to correlate the data with its spatial location in a map view and to perform the on-line load flow analysis for better system management. Step I: Measurement Technologies Faculty members have the prerequisite knowledge of monitoring and control of parameters of multi bus power system under different power system operating conditions. Continuous researches are carried out in this regard by the faculty members of the Department which are substantiated by a number of publications. Along with measurement and monitoring of power system parameters, the sample shifting technique (explained under Area-I) has been utilized in measurement of sequence components of voltage and current of an unbalanced system to characterization of faults that has occurred in the system. M. Tech. theses have been carried out on this theme and simulated in our RTDS to give excellent concurrent with theoretical predictions. The performance of the acquisitions and analysis of power system parameters, implemented from centralized station, are augmented by incorporating GIS. ARC GIS software is used extensively for development of geographical information system. As Electrical and Instrumentation Engineers, it is rather a different field for us, hence extensive training in this regard is required. For that our faculty members have undergone training and workshops on this software. In addition, we have also arranged in-house training in our Department. The software development part is again subdivided into two categories – one Management Information System (MIS) with web enabled features. This application part will cover entire gamut of Electrical Machine/Power System Substation Parameters Monitoring system. The MIS interfaces will have functionalities for defining hierarchical relationships, as shown below in the Tree Structure of MIS, between Generating Stations, Distribution Substations as well Transmission substations, interfaces for feeding electro mechanical parameters for individual power station units, integration with third party signal conditioning analytical circuit etc. In its other categories GIS enabled web based application is now under development. The GIS browser interfaces is having features/functionalities/tools for mapping of Generating Stations, Distribution Substations as well Transmission substations, search, on map tabular

46

(attribute) data access, query, buffer, measuring distance between various power system substations etc based on their geo-reference data set in a real world Map system. Some preliminary development regarding MIS system has been initiated and testing of its web based working is going on.

GIS based software Step II: Communication Technologies As an approach towards the development of substation monitoring system with GIS, a survey work regarding the energy consumption by different equipment already installed in our Department has been made. Besides this, another survey for the exact electrical layout for our campus as well as zonal /departmental power consumption at different interval of time has also been performed. These are carried out by our final semester B.Tech. students as part of their B.Tech. projects. This data set is now being utilized in order to have their graphical display in a centralized PC which includes the geographical information with the aid of Arc GIS software, i.e. the geographical map along with its attributes as well as its georeference (latitude and longitude) information. Additional attributes stored in a separate file (AAF) can now also be displayed. We have tested the system

47

with an arbitrary map downloaded from a website without its actual georeference. However, to display the data with actual georeference map, we are planning to procure the georeference map from the authorized map supplier like GSI Centralized PC must be linked with those online monitoring equipment either by wired or wireless system. Monitored data are to be stored into its database, from where GIS software will display the same. Keeping this view in mind, we have planned to install three energy meters with remote interfacing facility for monitoring purposes at three different locations in our Department. All these meters are then networked using RS-485 protocol and also by Zigbee system. On the other hand, regarding continuous update of data from AAF in the Arc GIS software, we are facing some problem. It is learnt during the training of Arc GIS that there is a server version of Arc GIS which is needed for continuous update of attributes. For that our single user Arc GIS software is to be upgraded to server version to proceed further. In its MIS part, a GUI relating to geographical map view of the substations is made. In this GUI, different substations (GSS, TSS or DSS) along with different electrical power system equipment like C.B., isolator, transformers and transmission lines etc. of any defined zone can be viewed in the form of a symbolic point on the map. On clicking on a symbolic point, its details can be viewed in another popping window. A single line diagram (SLD) corresponding to that substations or equipment can also be observed. The electrical parameters status on different branches of the SLD will be updated on online basis. The connection of this substation or equipment following the above mentioned MIS tree structure with its incomers or outgoing feeders is also established. The on-line running indication in the form of a Mimic diagram view (like a control panel view) is also kept for the operators’ easy understanding. The overall zonal loading conditions can also be monitored within the GUI itself. The basic design part of this MIS is already developed keeping the provisions for entry of different substation / equipments attribute data, geographical latitude and longitude relationship of substation equipment maintaining the above MIS tree structure. Its testing is under process. On the other hand, the work on a backend MIB is also going on where the electrical parameters of the incomers of our departmental building and our campus substation are to be recorded with the help our developed meters

48

and zigbee based networking of these meters. A part of the backend software is also developed so far which basically takes care of the parameters reading and stores them in a data file which ultimately be stored in the database of the GIS based software within the server. For the time being it is tested by storing the data files in an excel file format which is uploaded in the server by a software up-loader. This data is utilized for display in the MIS GUI for their realization from a georeference map view. A matlab analysis tool is developed in order to estimate the load flow and different bus parameters for suggesting a possible restructuring of the power system under emergency situations. A team of 4 M.tech students and a Ph.D. scholar is working under this development.

Work on GIS software

49

Electrical Layout of Applied Physics Department for setting up networked

energy meters Figure above shows the electrical layout of the Department of Applied Physics and this has been prepared by B.Tech. students as part of their final year project,. As has been explained in Area-I, three energy meters have been connected at the incoming of the three panels, to put them in a network and finally to connect them wirelessly with a central PC. This will be a miniature model of the proposed system which will be finally interconnected to GIS map of the location. All the publications substantiating the activities of this area are presented in the bar chart presented below and the detailed paper list is given in Annexure 19.

50

0

2

4

6

8

10

12

14

2009 2010 2011 2012 2013

Publication in Area III

51

Annexure-4 Human Resource Training

a. Persons trained per year through curriculum:

Course Persons Trained / year B. Tech. in Electrical Engineering 60 B. Tech. in Instrumentation Engineering 60 M. Tech. in Electrical Engineering 36 M. Tech. in Instrumentation & Control Engineering. 36 M. Tech. (part-time) in Electrical Engineering (Electrical Power)

54

M. Tech. (part-time) in Instrumentation & Control Engineering

54

b. From other agencies through extension activities Sl. No.

Particulars Participants Venue and date

1

International Workshop on “ Modern Aspects of Power System Control” in collaboration with IET-UK, Kolkata and IEEE-USA, Kolkata

84 Applied Physics University of Calcutta August 16, 2013

2

National Workshop On “Vistas of Advanced Control Theory with Aerospace Applications” in collaboration with IET-UK, Kolkata

53 Applied Physics University of Calcutta July 2-3, 2012

3 Short Term Training Programme on “Power System Protection” in collaboration with IET-UK, Kolkata


4 Short Term Training Programme on “Power System Analysis using ETAP” in collaboration with IET-UK, Kolkata


5

National Workshop On “Condition Monitoring of Electrical Equipment” in collaboration with IET-UK, Kolkata and IEEE, PES, Kolkata

45 Applied Physics University of Calcutta December 16, 2011

6 Workshop On “Tips of Facing Interview –An Interaction with Fresh Engineering

70 Applied Physics University of Calcutta

52

Graduates” in association with IET-UK, Kolkata Network and IEEE, PES, Calcutta Chapter

September 6, 2011

7

National Workshop On “ABB's Experience with VSC based HVDC and Importance of Real-time Simulation” in collaboration with IET-UK, Kolkata and IEEE, IAS, Kolkata

50 Applied Physics University of Calcutta August 19, 2011

8

National Workshop on “ Wavelet Transform in Electrical Engineering” in collaboration with IET-UK, Kolkata and IEEE, PES, Kolkata

30

Applied Physics University of Calcutta September 27-28, 2010

9 Summer training programme on ‘Distributed Control System’ in collaboration with IETE, Kolkata centre


53

Annexure 5 Academic Visit by Faculty members of the Department

Sl. No.

Particulars Participants Date

1 Visit to IIT, Bombay Dr. S. Chowdhuri December 23,

2013

2 Visit to NPCL, Tamil Nadu Dr. S. Chowdhuri December 21-

22, 2013

3 Visit to TERI, New Delhi Dr. J. N. Bera, Dr. S.

Chowdhuri

August 21-23, 2013

4 Visit to Antenna Design Laboratory at BESU, Shibpur

Dr. R. Gupta Dr. S. Pal

August 7, 2013

5 Visit to Center for Healthcare Science and Technology at BESU, Sibpur

Dr. M. Mitra Dr. R. Gupta

Dr. S. Pal July 3, 2013

6 Visit to Intelligent Control Laboratory and RTDS Laboratory at IIT, Kanpur

Dr. J. N. Bera Dr. S. Chowdhuri

Dr. K. Das Sharma July 23, 2013

7 Visit to Industrial Automation Laboratory at College of Engg., Pune

Dr. R. Gupta May 27, 2013

8 Visit to Renewable Energy Laboratories of NB Institute of Rural Technology, Kolkata

Professor S. Sengupta Dr. M. Mitra

Dr. J. N. Bera Dr. R. Gupta

April 22, 2013

9 Visit to Power System Simulation Laboratory at CPRI, Benagaluru

Dr. S. Chowdhuri February 20,

2013

10 Visit to Biomedical Research Lab at IIT Roorkee

Dr. R. Gupta December 10-

15, 2012

11 Visit to Biomedical Engineering Lab at School of Biomedical Science and Engineering, Jadavpur University

Dr. R. Gupta June 14-15,

2012

12 Visit To Control, Power Electronics and Communication Laboratories of IIT, Mumbai

Professor A. Deb, Dr. J. N. Bera, Dr. C. Dey

January 4-6, 2012

13

Precision Guidance Technology (PGT) laboratories of Research Center Imarat (RCI , Hyderbad) of DRDO

Professor A. Deb, Sri R. Gupta

December 19, 2011

54

14 CPRI ( Central Power Research Institute), Bangalore under Ministry of Power

Dr. J. N. Bera September, 21- 25 2010

15 Instrumentation laboratories of Research Center Imarat (RCI , Hyderabad) of DRDO

Dr. S. Chowdhuri July 19-21, 2010

16 Biomedical Instrumentation Laboratory at NIT Jalandhar

Sri R. Gupta December 17 –19, 2010

17 Visit To Different Laboratories of IIT, Delhi

Dr. S. Chowdhuri, Dr. J. N. Bera and Professor S. Sengupta

September 10-12, 2009

18 Visit To Communication Laboratory of IIT, Kharagpur

Dr. S. Chowdhuri, Dr. J. N. Bera and Sri R. Gupta

August 26, 2009

55

Annexure 6 Invited Speech Delivered by Faculty Members of the

Department

Sl. No.

Speaker Subject Venue Date

1 Dr. S. Chowdhury

Advances in Solar Energy Heritage Institute of Technology, Kolkata

14.03.2014

2 Dr. S.

Chowdhury Virtual Instrumentation

Govt. College of Textile Technology,

Berhampur, WB

14.02.2014

3 Dr. C. Dey Distributed Process Control

KIIT University, Odissa

12.01.2014

4 Dr. S. Chowdhury

Advances in Power Electronic Technology

M. S. Ramahya Institute of Technology

08.01.2014

5 Dr. S. Chowdhury

Solar Energy Driven Power Electronic Drives

JIS College of Engineering, Kalyani, WB

09.07.2013

6 Dr. J.N. Bera

SMART Grid: Communication & SCADA

Future Institute of Technology, Kolkata

July 8, 2013

7 Dr. J. N. Bera

Micro Controller-General Overview, Concept of Micro Computer, 8031 archittecture

Narula Institute of Technology, Kolkata

June 19, 2013

8 Dr. S. Chowdhury

PIC 16F877A-Architecture & Organization of various Registers & components


June 21, 2013

9 Dr. R. Gupta

8051 interfacing with Real world devices-cont.


June 24, 2013

10 Prof S. K. Sen

8085 - Overview, Architecture, Interrupt Circuit, Subroutines


June 17, 2013

11 Prof S. K. Sen

Industrial Automation: Wire and Wireless

RCCIIT, Kolkata July 24, 2013

12 Dr. R. Gupta

Intelligent Sensing: Building Blocks of Industrial Automation Systems

RCCIIT, Kolkata July 24, 2013

13 Dr. K. Das Sharma

Real Life Controller Implementation Using Microcontroller


August 14, 2013

14 Prof. S. K. Sen

Fieldlbus networks in process automation and wireless sensor

Bankura Unnayani Institute of Engg,

February 09, 2013

56

networks West Bengal 15 Dr. C. Dey DCS in process industry Yokogawa Chennai February

21-22, 2013

16 Dr. R. Gupta

Spirit of Volunteering for Professional development of Engineers

CEMK Kolaghat, West Bengal

March 04, 2013

17 Prof S. Sengupta

Utility of Networking for Transforming budding Engineers into professionals

NIT Agarpara, West Bengal

March 04, 2013

18 Dr. C. Dey Trends in Control Engineering St. Thomas Engineering College,

Kolkata

April 19, 2012

19 Dr. C. Dey Advances in process control SIT Siliguri September 06, 2012

20 Dr. J. N. Bera

Smart Metering And Their Networking Related To Smart Grid For Efficient Energy Management System

CPRI R & D Conclave, New Delhi

December 2012

21 Dr. J. N. Bera

Zigbee Based Wireless Sensing of Zonal Electrical Parameters Using State-of-the-art Metering System towards Smart Grid Management

Annual Convention of Computer Society

of India, Science City, Kolkata

December 1, 2012

22 Dr. J. N. Bera

Zigbee Enabled Wireless Sensing of Electrical Machine Parameters Using State-of-the-art Measurement System towards CBM

International Conference on

RADAR, Communication and

Computing, SKP Engg College,

Tamilnadu

December 20, 2012

23 Dr. J. N. Bera

SMART Meters and Their Networking Aspects Towards Industrial Automation

Techno India College of Technology,

Kolkata

August 10, 2012

24 Dr. J. N. Bera

Microcontroller Based Centralised Remote Monitoring of Electrical Machines

NIT, Agarpara, Kolkata

November 2012

25 Prof. S. Sengupta

Challenges in Human Resource Development for Core sector

Hotel New Kenilworth, Kolkata

August 12, 2012

57


Trends in development of Sensors and Signal Conditioning

B. P. Poddar Institute of

Management and Technology, Kolkata

August 12, 2012


Process Automation: Challenges and Developments in 21st Century

Hotel New Kenilworth, Kolkata

April 28, 2012


Training Need of Present Engineering Student Community: A Submission

Indian Electrical and Electronic

Manufacturers Association (IEEMA),

Kolkata

July 26, 2012

29 Prof. A Deb Operational Aspects of Transformers in a complicated Power Network

MCKV Institute of Engineering, Lilluah, Howrah

March 21, 2012

30 Prof. A Deb Role of Transformers in Power Transmission


March 14, 2012

31 Dr. J. N. Bera

Microcontroller based Centralized Remote Monitoring System of Electrical Machines


February 11, 2012


LASER Technology in Electrical Engineering

DST, SERC School organized by Applied Optics and Photonics, CU

April 28, 2011


Relevance of IET in Today’s Professional Career Scenario

Techno India College, Salt Lake, Kolkata

November 19, 2011


Professional Development of Engineering Students: Importance in 21st century

College of Engineering & Management Kolaghat, East Midnapore

September 23, 2011

35 Professor S.K. Sen

An insight into Non Sinusoidal Orthogonal Functions

Department of Applied Electronics And Instrumentation Engineering, GIET, Gunupur

February 26, 2011


VLSI Technology: Its Future Prospects in Signal Processing"

MCKV Institute of Engineering, Lilluah,

January 29, 2011

58

Howrah 37 Prof. S.

Sengupta Recent Trends in 3G & 4G Wireless Communication


February 05, 2010


Prospects and Challenges of Future Engineers


Jun 21, 2010

39 Sri R Gupta GUI development and serial communication in MATLAB environment

Workshop on “Fundamentals of MATLAB” MCKVIE Liluah, Howrah (collab: IET UK Kolkata Local Network)

July 19, 2010

40 Sri R Gupta Computerized ECG signal processing

National seminar on “Trends and developments in Biomedical Instrumentation” JIS college of Engineering Kalyani

July 30, 2010

41 Prof. A Deb Science & Technology through a Kaleidoscope


September 24, 2010

59

Annexure 7 Invited Speech Delivered in the Department by Speakers from

other Industries and Institutions Sl. No.

Name of event Type of event

Speakers Venue

and date

1

Control, Instrumentation, Energy

and Communication 2014

Invited Lecture

Professor S. C. Mukhopadhyay, Massay University, New Zealand

Feb. 1, 2014

2



Invited Lecture

Professor N. Soundarrajan, NTU, Singapore

Jan. 31, 2014

3



Invited Lecture

Professor G. P. Rao, UNESCO ELOS, UAE

Feb. 2, 2014

4



Invited Lecture

Professor Pablo Laguna, Zaragoza University, Spain

Feb. 1, 2014

5



Invited Lecture

Professor Sanjit Mitra, Stephen and Etta Verra Professor, University of Southern California, USA

Jan 31, 2014

6



Invited Lecture

Mr. Debabrata Sarkar, Qatar Kentz W. L. L

Feb. 2, 2014

7



Invited Lecture

Dr. R. Saha, CEA, New Delhi

Jan 31, 2014

8



Invited Lecture

Dr. Amit Jain, Joint Director, CPRI,

Bangalore

Feb. 1, 2014

9 Control,

Instrumentation, Energy and Communication

Invited Lecture

Prof. Amitava Chatterjee, Jadavpur University,

Jan 31, 2014

60

2014 Kolkata

10



Invited Lecture

Dr. Asok Bandyopadhyay, Principal Engineer C-DAC, Kolkata

Feb. 2, 2014

11



Invited Lecture

Prof. Swapan Kumar Goswami

Jadavpur University, Kolkata

Jan 31, 2014

12



Invited Lecture

Prof. Subir Kumar Sarkar Jadavpur University,

Kolkata

Feb. 1, 2014

13



Invited Lecture

Mr. Ranjit Das, Director Technical, Systems &

Controls, Kolkata

Feb. 2, 2014

14



Invited Lecture

Prof. Rajib Bandyopadhyay Jadavpur University,

Kolkata

Feb. 1, 2014

15



Invited Lecture

Mr. Sandip Mukherjee Chief Executive Officer, Landis + Gyr Ltd., India

Jan 31, 2014

16



Invited Lecture

Mr. Gautam Ray, Executive Director, CESC Lts.,

Kolkata

Feb. 1, 2014

17



Invited Lecture

Prof. S. Dutta Gupta IIT, Mumbai

Feb. 1, 2014

18



Invited Lecture Prof. Sujit K. Biswas

Feb. 1, 2014

19 Control,

Instrumentation, Energy and Communication

Invited Lecture

Mr. R. N. Majumdar Head, Instrumentation, LahMeyarInternational

Feb. 1, 2014

61

2014 India

20



Invited Lecture

Mr. Amalendu Kumar General Manager, Indian

Oil Corp. Ltd.

Jan 31, 2014

21

“Electronic Interferometer of Spin Resolved Quantum Hall

Edge States ”

Invited Lecture

Dr. Biswajit Karmakar Research Scientist, NEST and SNS, Pisa, Italy

August 7, 2013

22 Accelarating LED

Revolution Invited Lecture

Er. S. Chakraborty Vice President

(Technical), Bajaj Electricals

June 21, 2013

23

Industry Institute Live Problem Identification Programme between Department of Applied Physics and Landis + Gyr India Ltd.

Invited Lecture

Er. S. Pal, Senior Technical Manager,

Landis + Gyr, Kolkata

June 6, 2013

24

Professor P. C. Mohanti Memorial Lecture on

“Socio-economic Upliftment of the

Underprivileged –Scope and Possibilities Today

and Our Social Responsibilities”

Invited Lecture

Dr. J. P. Sarkar, USA Feb 26, 2012

25 Digital Signal Processing-

An Interaction Discussion

Forum

Professor Sanjit Mitra, Stephen and Etta Verra Professor, University of

Southern California, USA

Dec 20, 2012

26 Process Automation in Steel Industry

Invited Lecture

Er. Partha Halder, Manager (C & A), Bricmont India Pvt. Ltd.

Sept 09, 2011

27 Smart Grid Invited Lecture

Manik Basu CESC Ltd, Kolkata

Dec 16, 2010

28 Relay Coordination in modern power system

Invited Lecture

Ranjit Das AREVA T & D, Kolkata

Dec 09, 2010

29 Relay Coordination in modern power system

Invited Lecture

Ranjit Das, AREVA T & D, Kolkata

Dec22, 2010

62

30 Professor P. C. Mohanti

Memorial Lecture Invited Lecture

Professor D.K.Basu Dec 19, 2010

31 Distribution Automation Invited Lecture

Mr. Debashish Gupta CESC Ltd, Kolkata

Dec 17, 2009

32 Backbone Networking

using Power Line Invited Lecture

Mr. M. M. Baidya Power Grid

Communication India Ltd, Kolkata

Dec 24, 2009

33 Quantum Aspects of

Black Holes Invited Lecture

Prof, Siddhartha Sen, MIT, USA

Dec 22, 2009

34

Professor P. C. Mohanti Memorial Lecture “In the Quest of

Bioelectricity Generation Sources”

Invited Lecture

Dr. Kalyan K Bandyopadhyay, ex-

Deputy Chief Engineer, Kolkata Port Trust

Dec 13, 2009

63

Annexure 8 Industry Visit by Faculty Members of the Department

Sl. No.

Particulars Participants Date

1 Landis + Gyr Ltd., Kolkata

Prof S.Sengupta, Dr R. Gupta, Dr. J.N. Bera, Dr. M. Mitra, Dr. K. Das Sharma,

Prof. G. Sarkar

June 7, 2013

2 Landis + Gyr Ltd., Kolkata

Dr. J. N. Bera, Dr. R. Gupta, Prof. S. sengupta

Feb 02, 2013

3 NetGuru, Kolkata Dr. J.N. Bera, Dr S. Chowdhuri, Prof S.

Sengupta January 05,

2013

4 NetGuru, Kolkata Dr. J.N. Bera, Dr S. Chowdhuri, Prof S.

Sengupta February15,

2013

5 Mott Mac-Donald India Pvt. Ltd., New Town Kolkata

Prof S. Sengupta, Dr R. Gupta December 09, 2012

6 Mott Mac-Donald India Pvt. Ltd., New Town Kolkata

Prof S. Sengupta, Dr R. Gupta 09/12/2012

7 WBREDA, Kolkata Dr. J.N. Bera and Dr S. Chowdhuri December 12, 2012

8

M/s Electronica 85 Ruby park (s) KASBA, Kolkata-700 078.

Dr. S. Chowdhuri, Dr. J. N. Bera , Professor S. Sengupta and Professor G.Sarkar

January 06, 2011

9 Pascal Switchcare India Pvt. Ltd.

Dr. S. Chowdhuri, Dr. J. N. Bera , Sri P. Mandal, Professor S. Sengupta and Professor G. Sarkar

January 21, 2011

10 NEO TELE-TRONIX PVT LTD, 6/7 Bejoygarh, Kolkata-32

Dr. S. Chowdhuri, Dr. J. N. Bera , Professor S. Sengupta and Professor G. Sarkar

December 28, 2010

64

Few snapshots for MOU meeting held on July 4, 2013

65

Annexure 11 Seminar / Conference Organized by the Department

Sl. No.

Name of event Type of event

Speakers from Participants Venue and

date

1

Control, Instrumentation,

Energy and Communication

2014

International conference

Industry and Academia from Country and

abroad

250

Technology Campus,CU

Saltlake, 31st Jan. to 2nd Feb.,

2014

2

Practices of Power

Transmission Technologies:

An Overall Scenario

National Seminar

Central Electric Authority, Power Grid Corporation of India, Central Power Research Institute, IIT,

Varanasi

150 July 27,

2013 CRNN, CU

3 SMART

Metering National Seminar

Landis + Gyr, New Delhi, Innovative Embedded

Systems, IIT, Kanpur, L & T,

Kolkata, WBSEDCL, Areva Automation, New

Delhi

175 February 23, 2013 RBSP, CU

4

Advancements in Biomedical

Signal Processing

National Seminar

IIT Guwahati, IIT Kharagpur, ISI

Kolkata, IIT Roorkee

82 September 22, 2012 RBSP, CU

66

5 Sensors and

their Networking National Seminar

IIT, Mumbai, Haldia Petro-

Chemicals Ltd,, CESC, BSNL

Calcutta Telephones

152 February 25, 2012 CRNN, CU

6

Industrial Communication – Recent Trends

National Seminar

IET, IEEE, JU, DRDO

Power Grid Corporation of

India, Indian Oil Corporation,

Haldia PetroChemicals

Ltd,


7 Prospects of

Nuclear Power in India

National Seminar

Dr. D. Majumdar, PhD (USA)

Former Senior Nuclear Advisor to US Department of

Energy Prof. D. K. Basu

Former Vice Chancellor Burdwan University


8 Modern Trends

in Power System Communication

National Seminar

IET, IEEE, TCE, JU, BESU, BHU,

VITU etc. 74

December 12, 2009 RBSP, CU

67

Few snapshots for National Seminar on Practices of Power Transmission Technologies: An Overall Scenario held on July 27, 2013

68

Few snapshots for International Conference CIEC14 31st Jan. to 2nd Feb.,

2014

69

Annexure 12 Summer Training / Workshop Organized by the Department

Sl. No.

Particulars Participants Venue and date

1

International Workshop on “ Modern Aspects of Power System Control” in collaboration with IET-UK, Kolkata Network and IEEE-USA, Kolkata Section

84

Applied Physics University of Calcutta August 16, 2013

2

National Workshop On “Vistas of Advanced Control Theory with Aerospace Applications” in collaboration with IET-UK, Kolkata Network

53

Applied Physics University of Calcutta July 2-3, 2012

3 Short Term Training Programme on “Power System Protection” in collaboration with IET-UK, Kolkata Network

18


4 Short Term Training Programme on “Power System Analysis using ETAP” in collaboration with IET-UK, Kolkata Network

10


5

National Workshop On “Condition Monitoring of Electrical Equipment” in collaboration with IET-UK, Kolkata Network and IEEE, PES, Kolkata Section

45

Applied Physics University of Calcutta December 16, 2011

6

Workshop On “Tips of Facing Interview - An Interaction with Fresh Engineering Graduates” in association with IET-UK, Kolkata Network and IEEE, PES, Kolkata Section

70

Applied Physics University of Calcutta September 6, 2011

7

National Workshop On “ABB's Experience with VSC based HVDC and Importance of Real-time Simulation” in collaboration with IET-UK, Kolkata Network and IEEE, IAS, Kolkata Section

50

Applied Physics University of Calcutta August 19, 2011

70

8

National Workshop on “ Wavelet Transform in Electrical Engineering”, in collaboration with IET-UK, Kolkata Network and IEEE, PES, Kolkata Section

30

Applied Physics University of Calcutta 27-28 September 2010

9 Summer training programme on ‘Distributed Control System’ in collaboration with IETE, Kolkata Centre

30

Applied Physics University of Calcutta from September 11-29, 2009

71

Annexure 13 PhD Awarded and Registered in the Department

(a) List of candidates awarded PhD since 2009:

Sl. No.

Title of Thesis Name of candidate

Present Affiliation

Name(s) of Supervisor(s)

1 Investigation on some properties of ECG network along with their clinical applications and development of some transducers and control systems.

Badal Chakraborty

(Awarded in

2009)

Assistant Professor, Bidhan Chandra Krishi Viswa-Vidhyalay, Kalyani, WB

Prof. S. C. Bera

2 Electric Power Quality in Power System

Surajit Chattopadhyay

(Awarded in

2010)

Associate Professor Electrical Engg. Dept., Hoogly Engineering and Technology College, Hoogly,WB

Prof. S. Sengupta Dr. M. Mitra

3 Signal Processing and Instrumentation for Power Quality Measurement

Arghya Sarkar

(Awarded in

2010)

Professor MCKV Institute of Engg., 243, G.T. Road(N), Liluah, Howrah 711204

Prof. S. Sengupta

4 An Investigation into Fault Diagnosis of Power System Domain by Artificial Intelligent Technique

Dilip Kumar De

(Awarded in

2011)

Associate Professor, Haldia Institute of Technology, WBUT

Prof. S. Sengupta Prof. P. B. Duttagupta (IIT, Kharagpur)

5 Investigation on measurement and control some electrical and process variables

Dhriti Nandan Koley (Awarded in 2011)

Research Engineer IIM, Joka

Prof. S. C. Bera

6 Investigation on Improvement of a Thermal Power Plant Instrumentation and Control System

Madan Bhowmick

(Awarded in

2011)

From Industry Prof. S. C. Bera

7 Investigation on Voltage Stability of Longitudinal Power System using Soft Computing Techniques

Sawan Sen

(Awarded in

2012)

Assistant Professor, (Sr.) Academy of Technology, WBUT

Prof. S. Sengupta Prof. A. Chakrabarti,

72

(BESU) 8 An approach to

Develop A method for Automated Remote Monitoring & Analysis of ECG using Smart Wireless Telecardiology System

Rajarshi Gupta

(Awarded in 2012)

Assistant Professor, Dept of Applied Physics, CU

Dr. M.Mitra Dr. J.N.Bera

9 Investigation on development of some transducers and study of their applications in a process plant or any other equipment.

Nirupama Mandal

(Awarded in

2012)

Assistant Professor Asansol Engineering College, WBUT

Prof. S. C. Bera

10

Investigation on sensor design using vector properties of light and mechanical properties of variables

Sarbani Chakraborty

(Awarded in

2012)

Assistant Professor, BIT, MESRA, Ranchi

Prof. S. C. Bera

11 Investigation on analysis and modelling of ECG wave and development of some transducers.

Rajan Sarkar

(Awarded in

2012)

Assistant Professor, Asansol Engineering College, WBUT

Prof. S. C. Bera

12 Investigation on classification of electrocardiogram signals using time frequency model based feature extraction and pattern recognition by artificial intelligence technique for disease identification and biometric analysis

Saurabh Pal

(Awarded in 2013)


Dr. M.Mitra

73

(b) List of candidates registered for Ph.D. :

Sl. No.

Title of Thesis Name of candidate

Affiliation Name(s) of

Supervisor(s)

1 Analysis of digital control systems in a Block Pulse and related orthogonal functions

(Submitted)

Amitava Biswas

Assistant Professor, Academy of Technology, WBUT

Prof. A. Deb Prof. G. Sarkar

2 On analysis and synthesis of control systems via piecewise constant orthogonal functions

(Submitted)

Priya Ranjan Mandal


Prof. A. Deb Prof. G. Sarkar

3 Stability Study of Large Industrial Network in Deregulated Environment

Ranjit Das (From

industry)

Sr. Technical Manager

AREVA T&D Ltd.

Prof. S. Sengupta Dr. S. Chowdhuri

4 Investigation on classification of some biomedical signals using feature extraction and pattern recognition criteria

Jayita Dutta Assistant Professor & Head, Guru Nanak Institute of Technology, WBUT

Dr. M.Mitra Prof. S.Sengupta

5 Investigation on controller tuning in a non-linear system and performance analysis of the steam generation unit of a thermal power plant and its associated instrumentation.

Samik Marik Assistant Professor, Future Institute of Technology WBUT

Prof. S. C. Bera

6 Compression and encryption of biomedical data (Ready for submission)

Saurav Kumar

Mukhopadhyay

Research Scholar Dr. M. Mitra

7 Design and development of FPGA based telecardiology system (Ready for submission)

Harekrishna Chatterjee

Assistant Professor Camellia School of Engineering and Tech., WBUT

Dr. M. Mitra Dr. J. N. Bera

8 Transform based processing of Biomedical Signals. (Ready for submission)

Swati Banerjee

Research Scholar Dr. M. Mitra

9 Induction Motor Fault Detection through Soft Computing Techniques (Ready for submission)

Subrata Karmakar

Assistant Professor, NIT, Sikkim

Prof. S. Sengupta Dr. M. Mitra

10 Power System Fault Syed Assistant Prof. S.

74

Analysis through Soft Computing Techniques

Kamaluddin Ahmed

Professor Govt. college of Engg. & Textile Technology

Sengupta Dr. M. Mitra

11 Performance study of switched reluctance motor drive using different types of controller

Jayanta Mukhopadhya

y (From

industry)

Territorial Manager (Eastern zone) APLAB

Dr. S. Chowdhuri Prof. S. Sengupta

12

GIS based SCADA system for correlation among generation, transmission and distribution (Ready for submission)

Jinia Das

Assistant Professor Suri Engineering College, WBUT

Dr. J. N. Bera Dr. S. Chowdhuri

13 Heuristic approach of analysis of electrical machine drive

Tista Banerjee

Assistant Professor B.P.Poddar Inst. Of Engg. & Tech., WBUT

Dr. S. Chowdhuri Prof. G. Sarkar

(c) List of candidates enrolled for Ph.D. : Sl. No.

Selected Candidates Allotted supervisors

1 Debolina Sadhukhan

Dr. M.Mitra, Dr.S.Pal

2 Abhilash Sengupta

Dr. M. Mitra, Dr. S. Pal

3 Samik Chakraborty

Dr. S. Pal, Dr. M.Mitra

4 Souvik Das

Dr. M. Mitra, Dr. S. Pal

5 Uday Maji

Dr. S. Pal, Dr. M. Mitra

6 Pubali Mitra

Dr. C. Dey

7 Anagha Bhattyacharya

Dr. S. Chowdhuri, Dr. G. Sarkar

8 Debopama Kar Roy Dr. S.Sengupta, Dr. K. Dassharma, Dr. S. Chattopadhyay

9 Ayindrila Roy

Dr. J.N.Bera, Dr. G. Sarkar

10 Suchismita Ghosh

Dr. A. Deb, Dr. G. Sarkar

11 Aveek Chattopadhyaya Dr. S.Sengupta, Dr. J.N.Bera, Dr. S. Chattopadhyay

12 Srimanti Roy Chowdhury

Dr. A. Deb, Dr. G. Sarkar

13 Rumpa Saha

Dr. J.N.Bera, Dr. G. Sarkar

75

14 Abhinaba Dutta

Dr. S.C.Bera, Dr.S.K.Sen

15 Surya Sarathi Das

Dr. K.Dassharma, Dr. J.N.Bera

16 Sirshendu Saha

Dr. S.C.Bera

17 Hiranmay Mandal

Dr. S.C.Bera, Dr. S.K.Sen

18 Haraprasad Mandal

Dr. S.C.Bera

19 Sayanti Sankhari

Dr. R.Gupta, Dr. Mitra

20 Pritha Roy

Dr. J.N.Bera, Dr. S. Chowdhuri

76

Annexure 14 List of Books published by the Faculty Members of the

Department Sl. No.

Name of Book Authors’ Name Name of Publisher

1 An Introduction to Electronic Devices ISBN: 81-901900-7-5

Samarjit Sengupta Asok Kumar Mukhopadhyay

S. Ratan & Co. Kolkata Feb, 2004

2 Programmable Logic Controllers and Industrial Automation: An Introduction ISBN: 81-87972-17-3

Madhuchhanda Mitra Samarjit Sengupta

Penram International Publishing (India) Pvt. Ltd. 2005

3 Programmable Logic Controllers and Industrial Automation: An Introduction International Edition ISBN: 81-87972-21-1

Madhuchhanda Mitra Samarjit Sengupta

Penram International Publishing (India) Pvt. Ltd. 2006

4 Understanding 8085 Microprocessor and Peripheral ICs through Problems and Solutions

S. K. Sen New Age Publishing April 2006

5 Triangular Orthogonal functions for the Analysis of Continuous Time Systems

Anish Deb, Gautam Sarkar, Anindita Sengupta

Anthem Press, London, UK 2011

6 A course in Vector and Matrix Analysis for Engineers and Physicists ISBN: 978-93-80578-02-6

Asok Kumar Mukhopadhyay Samarjit Sengupta

I. K. International Publishing house (P) Ltd. 2010

7 Basic Electrical Engineering ISBN: 978-81-8487-046-6

Surajit Chattopadhyay Samarjit Sengupta

Narosa Publishing House 2010

8 Basic Electrical Engineering ISBN: 978-1-84265-606-8

Surajit Chattopadhyay Samarjit Sengupta

Alpha Science International Ltd. Oxford, UK 2010

9 Fundamentals of Physics with Applications ISBN-13:978-0-07-070039-0 ISBN-10:-0-07-070039-7

Arther Beiser Samarjit Sengupta [SIE]

Tata Mc Graw Hill Education (P) Ltd. 2011

10 Electric Power Quality ISBN: 978-94-007-0634-7 e-ISBN: 978-94-007-0635-4

Surajit Chattopadhyay Madhuchhanda Mitra Samarjit Sengupta

Springer.com 2011

77

11 Time plane Feature Extraction of ECG Wave and abnormality Detection ISBN No. : 3-8473-3977-X

S. Majumder, Saurav Pal M. Mitra

Lap Lambart Academic Publishing Co. 2012

12 ECG acquisition and automated remote processing ISBN No. Print: 978-81-322-1556-1; Electronic: 978-81-322-1557-8)

Rajarshi Gupta, Madhuchhanda Mitra, Jitendranath Bera

Springer.com 2013

13 Fieldbus and Networking in Process Automation ISBN No.: 9781466586765

Sunit K Sen CRC Press, Taylor & Francis Group 2014

14 Power Electronic Systems: Walsh Analysis with MATLAB ISBN-10: 1482215969 | ISBN-13: 978-1482215960

Anish Deb S. Ghosh

CRC Press, Taylor & Francis Group 2014

78

Annexure 15 Seminar / Conferences Attended by the Faculty members of the

Department Sl. No.

NAME OF THE SEMINAR / CONFERENCE / SYMPOSIUM

NAME OF ORGANISER

Name of the

Teacher

DATE

1 MS07 India Department of Applied Physics, CU and AMSE, France

Prof. S. Sengupta

3/12-5/12, 2007


Prof. G. Sarkar

3/12-5/12, 2007


Dr. M. Mitra

3/12-5/12, 2007


Dr. J. N. Bera

3/12-5/12, 2007

5 Summer training programme on ‘Distributed Control System’

Dept. of Applied Physics, CU. in collaboration with IETE, Kolkata centre

Prof. S. Sengupta

11/07/2009 to 29/07/2009

6 IET Sponsored National Conf. on “Modern Tends in Electrical Engg.”.

Hooghly Engg. & Tech. College, Hooghly, West Bengal

Dr. K. Das Sharma

11 – 12 July 2009

7 National Seminar on Modern Trends in Power System Communication

Dept. of Applied Physics, CU. in collaboration with IEEE, PES and IET, Kolkata centre

Prof. S. Sengupta

12/12/2009

8 UGC Sponsored Refresher Course on “Art & Science of Mechatronics & its Application in Robotics”.

Academic Staff College, Jadavpur University, Kolkata

Dr. K. Das Sharma

1st June to 20th

June 2009

9 International conference ACT,09

ACEEE, Kerala Dr. S. Pal December 2009

10 National Workshop on “ Wavelet Transform in Electrical Engineering


Prof. S. Sengupta

27-28 September 2010

11 National Seminar on Prospects of Nuclear Power in India

Dept. of Applied Physics, CU. in collaboration with IET, Kolkata centre

Prof. S. Sengupta

19/2/2010

International Conference BEATS- 2010

NIT, Jalandhar Dr. S. Pal December, 2010

12 National Seminar on Industrial Communication – Recent Trends

Dept. of Applied Physics, CU. in collaboration with

Prof. S. Sengupta

19/02/2011

79

IET, Kolkata centre 13 National workshop on

“Condition monitoring of electrical equipment”


Prof. S. Sengupta

16/12/2011

International Conference ICIIP, 2011

Jaypee University of Information Technology, Shimla

Dr. S. Pal December, 2011

14 Continuing Education & Quality Improvement Programme on “Introduction to Robotics”.

Organized at NIT Durgapur and conducted by IIT Bombay, Mumbai.

Dr. K. Das Sharma

12 – 13 Mar. 2011

15 National Conference on “Instrumentation & Control”.

Heritage Institute of Technology, Kolkata

Dr. K. Das Sharma

6th & 7th January,

2011 16 National Seminar on

Sensors and their Networking


Prof. S. Sengupta

25/02/2012

17 National workshop on “Vistas on advanced control theory with aerospace application”


Prof. S. Sengupta

2-3/7/2012

18 UGC-SAP Sponsored National Seminar on “Embedded System in Instrumentation & Control (ESIC-2012)”.

Dept. of Electrical Engg., Bengal Engg. & Science University, Shibpur, West Bengal

Dr. K. Das Sharma

23rd March, 2012

19 AICTE Sponsored Staff Development Programme on “Optimization of Decision Tools using Soft Computing Models & MATLAB”.

Dept. of Information Technology, Kalyani Govt. Engg. College, Kalyani

Dr. K. Das Sharma

30th Jan. 2012 to

10th Feb. 2012

20 Workshop on Bioinformatics

Centre for Soft Computing Research, ISI Kolkata

Dr. S. Pal February 2012

21 UGC-SAP Sponsored National Seminar on

“Embedded System in Instrumentation & Control

(ESIC-2012)”.

Dept. of Electrical Engg., Bengal Engg. & Science University, Shibpur, West Bengal

Dr. R. Gupta

23rd March, 2012

22 Refresher Course on Biomedical Engineering

School of Bioscience Engineering, Jadavpur University

Dr. S. Pal June 2012

23 UGC-SAP Sponsored National Seminar on

“Embedded System in Instrumentation & Control

Dept. of Electrical Engg., Bengal Engg. & Science University, Shibpur,

Dr. Sumana

Chowdhuri

23rd March, 2012

80

(ESIC-2012)”. West Bengal 24 DST-SERC School on

“Lasers, Optical Engg. & Applications”.

Dept. of Applied Optics & Photonics, University of Calcutta, Kolkata

Dr. K. Das Sharma

19th Dec. 2011 to 6th Jan.

2012 25 A Short Course on

“Wireless Sensor Network: Theory & Challenges”

Dept. of Electrical Engg., IIT Kanpur

Dr. K. Das Sharma

22-24 July, 2013

26 International Workshop on “Modern Aspects of Power System Control”

Dept. of Applied Physics, CU. in collaboration with IEEE, and IET, Kolkata centre

Dr. K. Das Sharma

16 August, 2013

27 National Seminar on Practices on Transmission Systems


Dr. K. Das Sharma

July 27, 2013



Dr. S. Pal July 27, 2013



Sri P. mandal

July 27, 2013



Prof. S. Sengupta

July 27, 2013



Prof. G. Sarkar

July 27, 2013



Dr. M. Mitra

July 27, 2013



Dr. J. N. Bera

July 27, 2013


Dept. of Applied Physics, CU. in collaboration with IEEE, and IET,

Dr. C. Dey

July 27, 2013

81

Kolkata centre 35 National Seminar on

Practices on Transmission Systems


Dr. R. Gupta

July 27, 2013



Prof. A. Deb

July 27, 2013



Dr. S. Chowdhur

y

July 27, 2013



Prof. S. K. Sen

July 27, 2013

39 A Short Course on “Wireless Sensor Network:

Theory & Challenges”


Dr. Sumana

Chowdhuri

22-24 July, 2013

40 A Lecture on “Electronic Interferometer of Spin Resolved Quantum Hall

Edge States” by Dr. Biswajit Karmakar, NEST

CNR, Pisa Italy


Dr. Sumana

Chowdhuri

August 7, 2013

41 International Workshop on “Modern Aspects of Power

System Control”


Dr. Sumana

Chowdhuri

16 August, 2013

42 Management Development Programme (MDP) on “Smart Electric Grid for India’s Power

Sector: Development and Deployment”

The Energy and Resources Institute (TERI) Gurgaon,

Dr. J. N. Bera

21st -23rd August 2013

43 Management Development Programme (MDP) on “Smart Electric Grid for India’s Power

Sector: Development and Deployment”

The Energy and Resources Institute (TERI) Gurgaon,

Dr. Sumana Chowdhuri

21st -23rd August 2013

44 A Short Course on “Wireless Sensor Network:

Theory & Challenges”


Dr. J. N. Bera

22-24 July, 2013


Edge States” by Dr.


Dr. J. N. Bera

August 7, 2013

82

Biswajit Karmakar, NEST CNR, Pisa Italy


System Control”


Dr. J. N. Bera

16 August, 2013


Edge States” by Dr. Biswajit Karmakar, NEST

CNR, Pisa Italy


Prof. G. Sarkar

August 7, 2013


System Control”


Prof. G. Sarkar

16 August, 2013

49 Control, Instrumentation, Energy and Communication 2014

Department of Applied Physics, CU with IEEE, USA

Dr. K. Das Sharma

31/1-2/2, 2014



Dr. S. Pal 31/1-2/2, 2014



Sri P. mandal

31/1-2/2, 2014



Prof. S. Sengupta

31/1-2/2, 2014



Prof. G. Sarkar

31/1-2/2, 2014



Dr. M. Mitra

31/1-2/2, 2014



Dr. J. N. Bera

31/1-2/2, 2014

56

Control, Instrumentation, Energy and Communication 2014


Dr. C. Dey

31/1-2/2, 2014



Dr. R. Gupta

31/1-2/2, 2014



Prof. A. Deb

31/1-2/2, 2014



Dr. S. Chowdhur

y

31/1-2/2, 2014

60 Control, Instrumentation, Department of Prof. S. K. 31/1-2/2,

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Energy and Communication 2014

Applied Physics, CU with IEEE, USA

Sen 2014



Prof. S. C. Bera

31/1-2/2, 2014

62 National Conference on Recent trends in power engineering

Heritage Institute of Technology, Kolkata

Dr. S. Chowdhur

y

14.03.2014

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Annexure 16

List of Patents received / applied 1. "An improved apparatus using non-contact capacitance transducer for

determining liquid level": Dr. S. C. Bera, Indian patent No. 192130 of 02.01.2002.

2. "An apparatus using an orifice and a non-contact transducer to measure

flow rate of fluids through pipelines": Dr. S. C. Bera, Indian patent No. 195560 of 28.10.2003

3. "An apparatus for measuring flow rate of a conducting liquid in a pipeline"

: Dr. S. C. Bera, Indian patent No. 216347, date of Grant: 12.03.2008 against Patent application no. 536/KOL/2004, CBR no.: 12874 dated 06.09.2004

4. "A novel flow measurement technique by using centrifugal force type flow

transducer": Dr. S. C. Bera, Patent application No.1040/KOL/2005, C.B.R. No. 11249, dated 21.11.2005

5. “Voltage- time data extraction package from strip chart record”: Dr. M.

Mitra, Indian copyright; software; Registration no. : SW-3926/2008, dt 10.11.2008

6. " A novel microcontroller-based power measuring apparatus" Applicants

name: Prof. Gautam Sarkar and Dr. Jitendra Nath Bera, Patent application no. 1117/KOL/2013 filed on 30.09.2013

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Annexure 17 Awards received by the faculty during last 5 years.

Name of the Award / Prize Name of the Recipient

BEST PAPER AWARD-2013 given by IET-UK Kolkata for the paper “A Fuzzy Based Stator Inter-Turn Fault Diagnosis of Three Phase Induction Motor”, International Journal of Electrical, Electronics and Computer Engineering 2(2):51-56, 2013, Special Edition for Best Papers of Michael Faraday IET India Summit-2013, MFIIS-13, ISSN No. (Online): 2277-2626.

Sudeep Samanta and Jitendra Nath Bera

BEST PAPER AWARD-2013 given by IET-UK Kolkata for the paper “Assessment of CT Saturation Caused By Switching Transient”, International Journal of Electrical, Electronics and Computer Engineering 2(2):57-61, 2013, Special Edition for Best Papers of Michael Faraday IET India Summit-2013, MFIIS-13, ISSN No. (Online): 2277-2626.

Aveek Chattopadhyaya, Harsha Banerjee, Surajit

Chattopadhyay and Samarjit Sengupta

BEST PAPER AWARD-2013 given by IET-UK Kolkata for the paper “Assessment of THD in Induction Motor due to Unbalanced”, International Journal of Electrical, Electronics and Computer Engineering 2(2):46-50, 2013, Special Edition for Best Papers of Michael Faraday IET India Summit-2013, MFIIS-13, ISSN No. (Online): 2277-2626.

D. Kar Ray, S. Chattopadhyay

and S. Sengupta

BEST PAPER AWARD-2013 given by IET-UK Kolkata for the paper “Loss Minimization and Congestion Management of a Power Distribution Network through its Reconfiguration”, International Journal of Electrical, Electronics and Computer Engineering 2(2):95-99, 2013, Special Edition for Best Papers of Michael Faraday IET India Summit-2013, MFIIS-13, ISSN No. (Online): 2277-2626.

Sananda Pal, A. Neogi, S. Biswas, M. Bandyopadhyay

and S. Sengupta

BEST PAPER AWARD-2012 given by IET-UK Kolkata for the paper “ECG Compression Technique Using ASCII Character Encoding and Transmission Using SMS System”, International Journal of Electrical, Electronics and Computer Engineering 1(2): 2012, Special Edition for Best Papers of Michael Faraday IET India Summit-2012, MFIIS-12, ISSN No. (Online) : 2277-2626, pp. 88-92

S. K. Mukhopadhyay, M. Mitra, S. Mitra

BEST PAPER AWARD-2012 given by IET-UK Kolkata for the paper “Cross Wavelet Transform based analysis of Electrocardiogram Signals”, International Journal of Electrical, Electronics and Computer Engineering 1(2),: 2012, Special Edition for Best Papers of Michael Faraday IET India Summit-2012, MFIIS-12, ISSN No. (Online) : 2277-2626, pp. 77-8

Swati Banerjee, M. Mitra,

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BEST PAPER AWARD-2012 given by IET-UK Kolkata for the paper “Wavelet Analysis for Assessment of Crawling of an Induction Motor in Clarke Plane”, International Journal of Electrical, Electronics and Computer Engineering 1(2),: 2012, Special Edition for Best Papers of Michael Faraday IET India Summit-2012, MFIIS-12, ISSN No. (Online) : 2277-2626, pp 71-76

A Chattopadhyay, S Chattopadhyay, M. Mitra

and S Sengupta

BEST PAPER AWARD-2012 given by IET-UK Kolkata for the paper “Diagnosis of Sub-synchronous Inter-harmonics in Power System Signals using Multi-Resolution Analysis of Discrete Wavelet Transform” International Journal of Electrical, Electronics and Computer Engineering 1(2),: 2012, Special Edition for Best Papers of Michael Faraday IET India Summit-2012, MFIIS-12, ISSN No. (Online) : 2277-2626, pp 66-70

Debopoma Kar Ray, Sudipa Deb, Tanushree Kumar, S.

Sengupta

BEST PAPER AWARD-2012 given by IET-UK Kolkata for the paper “Group Improvisation Based HS Algorithm for Designing T-S Type Fuzzy Controllers for a Class of Non-Linear Systems” International Journal of Electrical, Electronics and Computer Engineering 1(2),: 2012, Special Edition for Best Papers of Michael Faraday IET India Summit-2012, MFIIS-12, ISSN No. (Online): 2277-2626, Pp. 6-10.

Kaushik Das Sharma

BEST PAPER AWARD-2012 given by IET-UK Kolkata for the paper “A New Recursive Method for Solving State Equations Using Taylor Series” International Journal of Electrical, Electronics and Computer Engineering 1(2),: 2012, Special Edition for Best Papers of Michael Faraday IET India Summit-2012, MFIIS-12, ISSN No. (Online) : 2277-2626, Pp. 22-27

Suchismita Ghosh, Anish Deb and Gautam Sarkar

BEST PAPER AWARD-2012 given by IET-UK Kolkata for the paper “A State-of-the-Art PMU and MATLAB Based GUI Development towards Power System State Estimation on Real Time Basis” International Journal of Electrical, Electronics and Computer Engineering 1(2),: 2012, Special Edition for Best Papers of Michael Faraday IET India Summit-2012, MFIIS-12, ISSN No. (Online) : 2277-2626, Pp. 40-45.

Ayindrila Roy, Jitendranath Bera and

Gautam Sarkar

BEST PAPER AWARD-2012 given by IET-UK Kolkata for the paper “Wavelet Analysis for Assessment of Crawling of an Induction Motor in Clarke Plane” International Journal of Electrical, Electronics and Computer Engineering 1(2),: 2012, Special Edition for Best Papers of Michael Faraday IET India Summit-2012, MFIIS-12, ISSN No. (Online) : 2277-2626, Pp. 71-76

Aveek Chattopadhyaya, Surajit Chattopadhyay,

Madhuchanda Mitra and Samarjit Sengupta

BEST PAPER AWARD-2012 given by IET-UK Kolkata for the paper “Development of an Analog ECG Simulator using Standalone Embedded System” International Journal of Electrical, Electronics and Computer Engineering 1(2),:

Sangita Das, Rajarshi Gupta and

Madhuchhanda Mitra

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http://www.researchtrend.net/pdf/141%20MFIIS-12_FDM9.pdf

http://www.researchtrend.net/pdf/141%20MFIIS-12_FDM9.pdf

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2012, Special Edition for Best Papers of Michael Faraday IET India Summit-2012, MFIIS-12, ISSN No. (Online) : 2277-2626, Pp. 83-87 BEST PAPER AWARD-2013 for the paper “Sample Shifting Technique (SST) for estimation of harmonic power in polluted environment” in IEEE sponsored International conference on Circuit, Power and Computing Technologies (ICC PCT-2013), 22-23 March, 2013 at Nurul Islam Centre for Higher Education, Tamilnadu, India.

Rumpa Saha, G. Sarkar, J. N. Bera, S.

Chowdhury, A. Deb

BEST PAPER AWARD-2011 for the paper “ Numerical Algorithm for Solution of Third Order Differential Equations in Orthogonal Hybrid Function (HF) Domain” in IEEE Indicon, 16-18 Dec. 2011, Hyderabad, India

A. Ganguly, G. Sarkar, A. Deb, A. Biswas

University Gold Medal for Academic Excellence-2012 Dr. C. Dey University Gold Medal for Academic Excellence-2012 Dr. R. Gupta University Gold Medal for Academic Excellence-2012 Dr. M. Mitra University Gold Medal for Academic Excellence-2012 Prof. S. Sen Gupta

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