Department of Electronics and Communication Engineering

College of Engineering Guindy, Anna University Chennai, India

Official Websites https://www.annauniv.edu https://www.annauniv.edu/dece https://www.annauniv.edu/MedicalCentre

Email hodece@annauniv.edu

http://www.annauniv.edu/http://www.annauniv.edu/decehttp://www.annauniv.edu/MedicalCentremailto:hodece@annauniv.edu

Page No Title

Contents

02 Anna University

04 Department of Electronics and Communication Engineering

06 Vision and Mission

08 HOD’s Desk

10 Sponsored Projects Completed

12 Courses Offered

13 Faculty Information

19 Laboratory Facilities

29 State-of –the-art Facilities

30 Major Research Areas

31 Technical Events

35 Magazine

36 Book Publications

37 Patents

38 Programs Organized

39 Industrial Consortium

41 Students Corner

43 Placements

45 Illustrious Alumni 1

2

The College of Engineering, Guindy, the main campus of the University is one of the oldest technical institutions in India. Its origin dates back to 1794, which was established as Survey School by East India Company. The Survey School was first expanded into a Civil Engineering School in 1858 and then upgraded into a college in 1859. The University offers 45 Under Graduate programmes and 108 post Graduate Programmes along with M.Phill, M.S.(By Research) and Ph.D. Programmes.

Anna University was established in September 1978 as a unitary type of technical university

(1945)

amalgamating four institutions: College of Engineering Guindy, A C College of Technology, Madras Institute of Technology and School of Architecture and Planning. All there four institutions each with a long history and distinct characteristics of own, provided a fertile reservoir of resources from which the nascent university has been formed and grown to its present stature.

The University receives grants from the state and central governments, national and international agencies, and industrial houses. It has an extensive link with Indian industries, national research laboratories and international universities. This enables the university to keep with new development and emerging technologies.

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The Department of Electronics and Communications Engineering (DECE), which became a part of this celebrated institution in the year 1945, is one of the leaders in India in this field of technology. The department, headed by professors and lecturers who are experts in their own disciplines, aims at educating and training students with sound knowledge and awareness in the latest trends in electronics, communication and information technology.

Keeping in line with fast changing technology, the department has a well designed, constantly reviewed syllabus to incorporate all advancements in existing and emerging technologies. The state- of-the-art laboratories complement the high standards set by the competitive syllabus and nurture the inclination of the students towards research and development, besides giving them the necessary and sufficient backing of practical knowledge that they need.

2017 5

Vision

To be recognized as a benchmark and trend setter in Electronics and Communication Engineering domain keeping in phase with rapidly changing technologies through effective partnership with reputed academic institutions, research organizations, industries and community.

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congenia in critical

Create highly motivated, technologically competent human resource by imparting high quality technical education through flexible student centric updated curricula suited to students with diverse backgrounds.

Adopt best teaching and learning practices and establish state-of-the-art facilities to provide quality academic ambience for innovativeness, research and developmental activities.

Enhance collaborative activities with academic institutions and industries for evolving indigenous technological solutions to meet societal needs and nurture leadership and entrepreneurship qualities with ethical means.

Facilitate adequate exposure to the students, faculty and staff through training in the state-of-the art technologies, efficient administration, global outreach and benchmarking against referential institutions.

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Dr. S. Muttan HEAD OF THE DEPARTMENT

The Department of Electronics and Communication Engineering is one of the University Departments in the College of Engineering Guindy Campus, Anna University, Chennai with highly qualified faculty and the state of the art laboratories. The Department aims at creating quality engineers with sound technical knowledge and awareness of the latest advancement in existing and emerging technologies.

The Department has the distinction of being the first in India to start under graduate programme in Telecommunication System Engineering in the year 1945. The first Post Graduate programme in Communication Systems was introduced in 1963 and subsequently PG programmes in Applied Electronics, Bio-Medical Engineering, Optical Communication, Medical Electronics and VLSI Design were introduced.

The Department of Electronics and Communication Engineering has respectable status among the major recruiters in India. The excellent performance of its students across the industry has enabled the department to maintain its strong and brand image. The extremely well qualified and highly knowledgeable faculty adds value to the department and its students.

The Department of Electronics and Communication Engineering is the leading department for University with Potential for Excellence in Biomedical Engineering and Instrumentation.

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The DECE has always enjoyed a respectable status among the major recruiters in India and the excellent performance of its students across the industry has enabled the department to maintain its strong brand image. Presently, the research students are working in the areas of Adhoc Network, Optical Network, Bio-Medical Signal Processing, Medical Image Processing, VLSI Architecture etc. The Department has more industrial collaborations with global industries such as Altera, Renesas, Cypress Semiconductors, Texas Instruments which provide opportunities for students to get good exposure in hardware design.

The undergraduate students are more active in the field of Electronics and Communication Engineering and won many Project awards from Intel, Texas instruments, Analog Devices etc. The Department has recognized the work of Electronics and Communication students with the supervision of Professors in making ISRO-AU Microsatellite (ANUSAT) which is now in space orbit.

On behalf of Department of Electronics and Communication Engineering and on my own behalf as Head of the Department, I wish them success in every activities under Electronics and Communication Engineering Association.

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Name of the Project

Year of Award

Name of the Funding Agency

Amount (INR in Lakhs)

Name of the Principal Investigator / Co Investigator

Development of configurable platform for real time signal and image processing applications

2014

DST

40

Dr. C. M. Sujatha

Automated Low Cost system for malaria Diagnosis and Classification

2015

UKIERI-UK

17.26 Dr.S.Muttan, Dr.N. Kumaravel

Optimum Design of Reflector, Array Antennas for Mobile Satellite Station

2015

DST-MOST (Indo-Vietnam

Project)

6

Dr. K. Malathi Dr. P. Sakthivel Dr. O. Uma Maheshwari

Somatic Cell Count Flow- through based Reader for

Dr.S.Muttan ,

detection of mastitis in bovine 2015 DST 11.42 Dr.S.Nirmala Devi,

Dr.K.G.Thirumurugaan (TANUVAS)

Development of Hardware System Design for Nondestructive Testing

2015

Lucid Software Design

Systems, Inc

3.1

Dr.P.V.Ramakrishna, Dr.J.Dhurgadevi

Design and development of intelligent automated system for respiratory Measurements

2015

DST

6.15

Dr.C.M.Sujatha

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Name of the Project

Year of Award

Name of the Funding Agency

Amount (INR in Lakhs)

Name of the Principal Investigator /

Co Investigator

Design and development of web based Telehealth consulting system

2015

DST

22

Dr. S. Muttan

Establishing a Facility for Calibration and Testing of Critical Care Medical Equipment

2016

DST

298

Dr. S. Muttan, Dr.M.Sasikala, Dr.S.Poonguzhali

RFID Based Infant Theft prevention systems

2016

DST

23

Dr.S.Muttan, Dr.K.Gunaseelan

Development of Tactile sensor based ligature controller to assess pancreatic leak after whipple's procedure

2017

DST

29 Dr.S.Poonguzhali, Dr.M.Sasikala

Wireless Body Area Networks for Tele medical Applications

2017

UGC-SAP

60

Dr. S. Muttan, Dr. M. Meenakshi

Development of Spread Spectrum-CDMA based transceiver using AD9361 platform

2018

RCI, DRDO

9.5

Dr.P.V.Ramakrishna

Development of scheme for high precision altitude tracking and leakage rejection for spread spectrum altimeter

2018

RCI, DRDO

9.85

Dr.P.V.Ramakrishna

Sponsored Projects Completed – 13 Sponsored Projects Ongoing – 8 11

UNDER GRADUATE

B.E. Electronics and Communication Engineering

B.E. Bio Medical Engineering

POST GRADUATE

M.E. Applied Electronics

M.E. Medical Electronics

M.E. Bio Medical Engineering M.E. VLSI Design

RESEARCH PROGRAMMES

M.S. (Research) Ph.D. Post Doctoral Fellowship

COURSES OFFERED

M.E. Communication Systems

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Faculty with Area of Specialization

Professor Area of Specialization E-Mail Id

Dr. S. Muttan, Head

Biomedical Engineering, Medical Informatics

muthan_s@annauniv.edu

Dr. P. V. Ramakrishna

VLSI, Digital Communication and RF System Design

pvramakrishna@annauniv.edu

Dr. S. Shenbaga Devi

Bio Medical Instrumentation, Bio signal processing, Medical Image Processing, Brain Computer Interface applications for rehabilitation, Cognitive function analysis

s_s_devi@annauniv.edu

Dr. M. Meenakshi

Digital Communication, Wireless Communication and Networks, Optical Communication and Networks, Security

meena68@annauniv.edu

Dr. Y. V. Ramana Rao

Digital Signal and Image Processing

yvramana@annauniv.edu

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mailto:muthan_s@annauniv.edumailto:pvramakrishna@annauniv.edumailto:s_s_devi@annauniv.edumailto:meena68@annauniv.edumailto:yvramana@annauniv.edu

Faculty with Area of Specialization

Professor Area of Specialization E-Mail Id

Dr. D. Sridharan

Applied Electronics, Wireless Sensor Networks

sridhar@annauniv.edu

Dr. K. Malathi

Microwave Engineering, Antenna Design, Planar Transmission Lines, EMI/EMC, Signal Integrity in high speed design

mala@annauniv.edu.

Dr. M. A. Bhagyaveni

Wireless communication and Networking, Digital Communication, Adhoc network, Wireless Sensor

bhagya@annauniv.edu

Networks, Cognitive Radio Networks

Dr. P. Sakthivel

VLSI Systems and Electronic Design Automation

psv@annauniv.edu

Dr. V. Jeyalakshmi

IoT, Artificial Intelligence, VLSI Testing, Power Optimization, Wireless Sensor Networks, MEMS

jpjeya@annauniv.edu

Dr. V. Jawahar Senthilkumar

VLSI, Applied Electronics and Computer Networks

veerajawahar@annauniv.edu

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mailto:sridhar@annauniv.edumailto:mala@annauniv.edumailto:bhagya@annauniv.edumailto:psv@annauniv.edumailto:jpjeya@annauniv.edumailto:veerajawahar@annauniv.edu

Faculty with Area of Specialization

Professor’s

Area of Specialization

E-Mail Id

Dr. P. Nirmalkumar

Reconfigurable computing, VLSI for wireless Communication, Evolvable Hardware

nirmal@annauniv.edu

Dr. M. Sasikala

Bio signal Processing, Medical Image Processing, Pattern Recognition, Biometrics, Brain Computer Interface

sasikala@annauniv.edu

Dr. N. Ramadass

Embedded System, VLSI Design and Reconfigurable Systems

ramadassn@annauniv.edu

Dr. O. Uma Maheswari

Non Linear Signal Processing, Analysis of fMRI, Enhancing the underwater images

uma_o@annauniv.edu

Dr. S. Nirmaladevi

Medical image Processing, Pattern recognition and Advanced Neural computing, Physiological Modeling

nirmala_devi@annauniv.edu

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mailto:nirmal@annauniv.edumailto:sasikala@annauniv.edumailto:ramadassn@annauniv.edumailto:uma_o@annauniv.edumailto:nirmala_devi@annauniv.edu

Faculty with Area of Specialization

Associate Professor

Area of Specialization

E-Mail Id

Dr. G. Geetha

Optical Communication, RF System Design

geetha@annauniv.edu

Mrs. N. Vijaya

Analog VLSI, Digital VLSI

nvijaya@annauniv.edu

Dr. S. Poonguzhali

Biomedical Instrumention,

poongs@annauniv.edu Medical Image Processing

Dr. J. Kamala

VLSI, Control Systems, Solar Energy

jkamalaa@annauniv.edu

Dr. T. Laxmikandan

Digital Communication, Digital Signal Processing, RF System Design

tlk@annauniv.edu

Dr. C. M. Sujatha

Biomedical Signal and Image Processing, Respiratory Biomechanics, Machine Learning Techniques

sujathacm@annauniv.edu

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mailto:geetha@annauniv.edumailto:nvijaya@annauniv.edumailto:poongs@annauniv.edumailto:jkamalaa@annauniv.edumailto:tlk@annauniv.edumailto:sujathacm@annauniv.edu

Faculty with Area of Specialization

Assistant Professor Area of Specialization E-Mail Id

Mrs. V. Pushpalatha (Sl.Gr.)

Communication Systems and Networking

latharitig@annauniv.edu

Dr. T. Manimekalai (Sl.Gr.)

Wireless Communication , Signal processing

manimekalait@annauniv.edu

Dr. M. Shanmugapriya (Sl.Gr)

Electromagnetics, Antennas, Optical communication, RF and Microwave, EMI/EMC

mspriya@annauniv.edu

Mr. K. Praveen (Sl.Gr.)

Digital Signal and Image Processing, Embedded Systems

praveenk@annauniv.edu

Dr. R. Sittalatchoumy (Sl.Gr.)

Wireless Sensor Networks, Communication Networks, Microcontroller, Linear Integrated Circuits

sittalatchoumy@annauniv.edu

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mailto:latharitig@annauniv.edumailto:manimekalait@annauniv.edumailto:mspriya@annauniv.edumailto:praveenk@annauniv.edumailto:sittalatchoumy@annauniv.edu

Faculty with Area of Specialization

Assistant Professor

Area of Specialization

E-Mail Id

Dr. K. Gunaseelan (Sl.Gr.)

Wireless Communication, Digital Signal processing

guna_2012@annauniv.edu

Dr. J. Dhurgadevi (Sl.Gr.)

VLSI, Communication Systems

j_dhurgadevi@annauniv.edu

Dr. R. Seetharaman (Sr.Gr.)

Electromagnetics and Antennas, EMI/EMC, Microwaves,Radars and Navigation, Satellite Communication Systems

rseetharamanece@annauniv.edu

Dr. T. Jayasree

Biomedical Engineering, Electronic Nose, Biomechanics, Rehabilitation Engineering

jai_t@annauniv.edu

Dr. Ewins Pon Pushpa

Real time embedded system

ewinspon2000@yahoo.co.in

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mailto:guna_2012@annauniv.edumailto:j_dhurgadevi@annauniv.edumailto:rseetharamanece@annauniv.edumailto:jai_t@annauniv.edumailto:ewinspon2000@yahoo.co.in

Laboratory Facilities

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Electronic Devices lable for simulation

In this laboratory students study characteristics of electronic components and measuring instruments. They analyze the characteristics of PN junction diode, Zener diode, design rectifiers with and without filters, analyze transistor characteristics, study frequency response of amplifiers, measure frequency, phase of signals. This lab has several equipments like CRO’S, Multimeters and other devices. Also it helps the students pursuing projects in electronics.

In addition to experiments in and Circuits workbenches are also avai studies.

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Applied Electronics

&

VLSI Design Laboratory

The objectives of the laboratory are to cater to the needs of Under Graduate, Post Graduate and Researchers in the fields of VLSI Design, Embedded System Design, RTOS Design for SoC and to bridge the gap between Industry and Institution.

The laboratory is equipped with state-of-the-art Microcontroller, CPLD, FPGA, ARM and PSoC Hardware Target Boards . The software tools such as Cadence, Mentor Graphics, Xilinx Vivado, Intel Quartus II, Tanner EDA, Nucleus RTOS, RIDE and KIEL 8051 simulator with debugger are available to support advanced research. Microcontrollers are supported by Renesas Technology (Singapore), Intel FPGAs by Intel and Cypress Semiconductors (USA) for PSoCs. The laboratories hosts FPGA boards such as Xilinx Virtex 6, Virtex 5, KINTEX7, ZYNQ-7000 EPP, ZYNQ-7000 APSoC, Genesys 2, NEXYS 4 DDR, ZED board, ZYBO board, BASYS 3, ATLYS and Intel FPGA boards such as Industrial Networking Kit, Video and Embedded Evaluation Kit, DE4 and DE2 board .

The Electronic test Instruments such as Diligent Analog Discovery kit, Agilent MSO, DSO and Multi purpose Lab work station inherits the laboratory. FPAA along with various Xilinx vivado based PMODS also forms the part of the basic activities.

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Digital Signal Processing Lab caters to the requirements of undergraduate and postgraduate programs in Electronics and Communication engineering The lab provides hands-on experience to complement the theoretical learning with practical signal processing applications Experimental activities cover fundamental concepts of such as sampling and aliasing, FFT analysis, convolution, digital filter design and implementation The hardware and software facilities comprise of the following:

Digital Signal Processor Development Kits – Fixed and Floating Point Processors (C55 and C67 series)

Digital Media Development Kit Real Time Compact Vision System Video Processing Board Test and Measuring Instruments - Analog

Discovery Scope & Logic Analyzer

Computing and Simulation Lab offers high performance computing facilities to support experimental research, applied research and projects

This Lab caters students powerful and tools to apply, design, simulate and implement innovative solutions to modern engineering problems

Experimental activities cover hardware synthesis of digital circuits

The hardware and software facilities comprise of

FPGA Development Kits – Artix -7, Kintex- 7, Cyclone V SoC

VIVADO Design Suite

Logic analyzer for system-level debugging of digital designs

Linux and Windows workstations

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The objective is to introduce the basic concepts of microprocessor and to develop in students the assembly language programming skills and real time applications of Microprocessor as well as microcontroller. And the students will be able to Understand and apply the fundamentals of assembly level programming of microprocessors and microcontroller.

The objective of this laboratory is to cater the needs of under graduate students to practically explore the fundamental concepts of digital electronics. This lab is intended for the students to get familiar with the design and implementation of the combinational and sequential circuits which are the basic building blocks for the full f ledged digital systems. This lab is equipped with digital IC trainer kit for logic circuit implementation. Apart from this, the students are also encouraged to implement the designed circuits using discrete components on the breadboard.

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This laboratory has been catering to the academic need of the UG, PG and research students in understanding basic communication concepts as well as exploring advanced concepts relevant to today’s communication Elaborate facilities to carryout RF experiments are available in the laboratory in the form of RF transmitter and receiver trainer kits, 20 MHz arbitary waveform Generator, 60 MHz Mixed Signal Oscilloscopes, etc. Most of these facilities were funded by TEQIP World Bank. A number of RF Design and Simulation projects by PG and Research Students are being carried out in the laboratory.

The laboratory also has experimental modules to understand communication concepts Like Sampling, Time Division Multiplexing, PCM, Line Coding Schemes, Modulation Schemes, etc., More advanced modulation and error correction techniques are simulated n MATLAB /

Software Defined Radio platform, WICOMM-T. The WICOMM-T SDR modules could be used to study signals at base band, at IF of 70 MHz and RF of 2.4 GHz. The module could also be used to study channel effect and the performance of any physical layer processing technique, there by helping students to design and analyze their novel ideas.

This Lab was developed to cater to the academic and research needs of Under Graduate, Post Graduate and Research students. The students are encouraged to practically explore the basic and advanced concepts relevant to today’s Wireless Communication and Networking. The facilities includes WARP kit, USRP 210 B, USRP 210 N, Software Defined Radio, NI USRP, LAN Trainer kit and simulation software tools like Qualnet, NetSim, MATLAB and LABVIEW. 24

This laboratory exposes the students to the nuances in microwave and fiber optic communication media and the system. The microwave setups available provides hands-on training to students on J-band and X-band resources. They are exposed to measurement of mode characteristics, wavelength, VSWR and Antenna pattern analysis. The laboratory is equipped with 1 GHz , 13 dBm sources with built-in test signals, and receiver facilitating measurement up to 18 GHz.

The Fiber Optical Communication Laboratory facilities was setup in 1992 under Indo-German collaboration. This laboratory equipped with sources of LED, LASER with 850 nm / 1300 nm range and PIN / Avalanche Photo detectors at 850nm. Fiber characterization in terms of measuring the attenuation and numerical aperture are done by students for multi mode / Single mode, glass / plastics fibers.

In addition the laboratory is equipped with a 4-channel DFB based WDM system with built-in isolators, FBG filters, etc in modular form. A granting based optical spectrum analyzer is also available in the laboratory for analyzing the spectral characteristics of optical signals in the 830 nm- 1600 nm range. Optical power meters for measuring light at 850 nm, 1300 nm and 1550 nm and 650 nm high power laser light sources are also available in the laboratory. In addition, students carry out a number of projects on antenna design, Microwave components design, Fiber Optical network components designs, etc., using simulation and modeling tools. 25

The Integrated Systems Laboratory helps the students in gaining knowledge about electronic system and IC design. It is headed by Professor Dr.P.V.Ramakrishna. DRDO projects and other research projects are being done here. The electronic subsystems of ANUSAT-1 and ANUSAT-2 were designed here.

This laboratory was set-up in the year 2014 with a funding of Rs.2.5 Crores under the encouragement and thrust of the Govt. of Tamil Nadu, to encourage advanced research at the Post Graduate level in the field of Electronics and Communication Engineering. This laboratory is equipped with advanced facilities like VPI Transmission Maker – An Optical System Simulation Software, Software Defined Radio Platform for Wireless Communication Research, Cadence Software, Mentor Graphics Software, High end FPGA Boards with ARM and DSP Cores, Thermal Infrared Imaging System, Biometric Workstation, Wireless EMG, Biomedical sensors and acquisition system, Musculoskeletal Modelling and Analysis Software.

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Medical Electronics lab has been established in the year 1975 itself and the research facilities have been further enhanced by the assistance from the German Government. This Medical Electronics lab and the newly established Diagnostic and Therapeutic Equipments lab help in imparting the basic knowledge about various aspects of Bio medical Engineering to undergraduate and postgraduate students of both ECE and Medical Electronics. Basic medical equipments like ECG, EEG, EMG recording systems, defibrillators, stimulators, Electrical safety analyser and spectrum analyser are available for basic laboratory purposes. Apart from these, equipments with appropriate software are available for research purposes. Two faculty members of this lab had training in Germany.

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The laboratory mainly provides a platform for signal processing, image processing and for data acquisition system. In this laboratory, students design hospital web pages using HTML, XML, XHTML programming language and java script language. Simulation of physiological signal like ECG, EMG, EEG and EOG signals, medical image analysis, identification of pathogens, study and analysis of medical standards using MATLAB are done here. This laboratory also consist of various software for student purpose like COMSOL modeling software, IDL software, Multisim, NI Elvis Kit, DSP processors.

In this lab, the students perform experiments related to Sensors and Measurements and Biomedical Instrumentation. The students study the characteristics of sensors, perform acquisition of biosignals such as ECG, EMG, EOG and PCG signals. They carry out measurement of pulse rate, blood pressure, temperature, blood flow, SpO2 and respiration rate.

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State-of-the-art Facilities

20GHz Vector Network Analyzer 7 Series FPGA development kits Biometric Workstation Cadence (Analog & Digital) CST Microwave Studio Digital Signal Processors EMI & EMC testing facilities Gait Analysis System IDL Software Mentor Graphics Mixed Signal Oscilloscope Musculoskeletal Modelling and Analysis Software OSA, OTDR and Fusion Splicer NI Lab view PCB Fabrication & Components Assembly RF Vector Signal Generator SDR Boards Thermal Infrared Imaging System USRP N210 & B210 Kit with antenna VPI – Transmission Maker Software WDM Setup with EDFA Wireless EMG , Biomedical sensors and acquisition system

EMI / EMC TESTING &

ANTENNA MEASUREMENT LAB

OPTO ELECTRONICS & IMAGING LAB

ELECTRONIC SYSTEM DESIGN & FABRICATION LAB 29

Major Research Areas

5G Wireless Communication Antennas Bio Medical Instrumentation Bio Signal and Medical Image Processing Digital Image Processing Digital Signal Processing Embedded Systems & Microcontroller

Prototyping EMI and EMC Studies FPGA Based Systems Design GPS Satellite Signal Acquisition and

Tracking IOT Low Power VLSI Design Medical Informatics Optical Fiber Communication and Networks RF System Design Stability Testing & High Speed VLSI Architectures Wireless Body Area Networks Wireless Communication Networks

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The biggest asset of the department is the presence of the ECE Association (ECEA) which works round the clock to make the department bigger and better. ECEA functions mainly as a student organisation comprising around 1000 student members and headed by HOD. ECEA's prime activities include staging RESONANCE, an intra-college technical event and VISION, an inter- college technical symposium and other activities include conducting various workshops and seminars through which students sculpt their young engineers’ mind according to their will.

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VISION is a prestigious national level inter-college technical symposium conducted every year in March. It provides a national platform for students to showcase their talents in hardware, software and paper presentation competitions, displaying cutting edge technology and research. Also, it motivates students through workshops conducted by industrial experts and keynote speakers from academia. It provides ample opportunities for the multi-pronged growth of the student fraternity.

The students are given an opportunity to unleash the technical geeks through the intra-college technical event RESONANCE. The students exhibit their technical expertise through project displays, paper presentations, robotics events and several on the spot events.

Engineer’s Association

Bio spectra, an annual inter college technical symposium has reached heights year after year. With its inception in 2012, the symposium has had a progressive journey till now. Having workshops with innovative topics, medical expo

Spectra onwards. Students from all over India participate in the various enthralling events,

workshops and guest lecture.

Medevolv, is the biomedians biggest ever intra college symposium with new spirit and innovations . Students organize various events and paper presentation and workshops to develop their skills.

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Institute of Electrical and Electronics Engineers is an international community devoted to recognizining and encouraging technical innovations. Being its member gives one the opportunity to attend various lectures conducted by IEEE and present various papers under the IEEE banner. As a part of ECE Association activities a student chapter has been opened that has 30 student members and 2 staff members. ECE Association gives concession to join as a member in IEEE so as to encourage patronage.

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Pulse is the official magazine of Department of ECE. The articles are written and edited by the student of ECE department and published in the Pulse magazine.

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Papers in International Journals

345 Papers in National Journals 4 Papers in International Conference 134 Papers in National Conference 40 Books Published 6

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Patents Received 1 Patents Filed 23

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Conference Conducted

4 Workshop Conducted 13 FDP Conducted 8

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An Infinite Industries

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M/s. Altech Star, M/s. Bharat Planet Consulting Ltd., M/s. Blue Bird Technologies Private Ltd., M/s. Diabetic Foot Care India Pvt. Ltd., M/s. Digital Illusion India Pvt. Ltd. M/s. Essar Engineering & Food Products(P) Ltd., M/s. Essen Instrumentation & Electricals, M/s. Esteem E Technologies Chennai Pvt. Ltd., M/s. ETH Ltd., M/s. Frontline Electronics Pvt. Ltd. M/s. GSV Micro Tech., M/s. Hindusthan Transformers, M/s. Kuruganti Computers Pvt. Ltd. M/s. Laser Soft Infosystems Ltd., M/s. Litaski Electricals Pvt Ltd.,

M/s. LRVi Engineering Solutions Pvt. Ltd., M/s. Megasoft Ltd., M/s. Megawin Switchgear- P - Ltd., M/s. Mikro Zone technologies Pvt Ltd., M/s. Pacer Power Solutions Pvt. Ltd., M/s. Prysm Inc., M/s. R.K.Industries Tamilnadu (P) Ltd., M/s. San Media Ltd., M/s. Servomax India Ltd., M/s. Sigma Power Controls, M/s. Srinar Communications Pvt. Ltd., M/s. Sterling Infotech Ltd., M/s. Telesis Global Solutions Ltd., M/s. Texmo Industries, M/s. Will Computers & Communication Pvt. Ltd.,

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The staff and students of ECE Departments Congratulates Ms.P.V.Nandhithaa of B.E ECE - vth semester, for securing 3rd place in Asian Junior chess championship held at KYRGYZ Republic BISHKEK

The staff and students of ECE Departments Congratulates Ms.T. Nithya lakshmi ECE (2012-2016) for securing Bronze medal in SEPAK TAKRAW at 5th beach Asian Games held in Vietnam

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Illustrious Alumni

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Department of Electronics and Communication Engineering CEG, Anna university, Chennai-600 025 Contact no: 044-22358880/81/82