B.E-Electronics and Communication Engineering

About The Department

The Department was started with the sanctioned intake of 60 in the year 2005. The annual sanctioned intake was increased to 90 in the academic year 2007-2008. The Department started its P.G. program M.E. (Applied Electronics) in the year 2011 – 2013 with the sanctioned intake of 18 and M.E. (VLSI Design) in the year 2014 – 2015 with the sanctioned intake of 18. The U.G. Program of the Department was accredited by National Assessment and Accreditation Council (NAAC) first in the year 2015 for 5 years. The accreditation was renewed in the year 2020 for 5 years. The department has highly qualified and well experienced faculty and skilled technical staff.

The Department has been consistently achieving academic excellence in terms of University Results and with 2 University Ranks in UG and 1 University Ranks since the establishment of the Department. The Department has a dedicated team of faculty members who contribute towards achieving academic excellence with a well proven teaching and learning methodology, Mentoring system for students and with innovative teaching techniques as required. The fields of the specialization of the faculty members cover VLSI Design, Telecommunications, IoT, Digital Signal Processing, Embedded Systems, Microprocessor, MEMS, Bio Signal processing and Medical Image Processing.

Laboratory

Lab Facilities and Areas of Specialization : The Department aims at providing value based training and skills needed for the students in the Electronics and Communication industry. The Department has well equipped laboratory facilities in the areas of Electronics System Design Laboratory
1. Advanced Communication Laboratory
2. Embedded Laboratory
3. VLSI Design Laboratory
4. Microprocessor and Microcontroller Laboratory
5. Communication Networks Laboratory
6. Communication Systems Laboratory
7. Digital Signal Processing Laboratory
8. Linear Integrated Circuits Laboratory
9. Circuits Design and Simulation Laboratory
10. Analog and Digital Circuits Laboratory
11. Circuits and Devices Laboratory
12. Data Structures Laboratory
13. IoT Laboratory

Vision & Mission

Vision

Mission

HOD & Faculty

HOD

Mrs.S.Kokila

Head of Department

Department of Electronics and Communication Engineering

S.Kokila Assistant Professor and Head, Department of Electronic and Communication Engineering, Gojan school of business and technology. She obtained his B.E degree in Electronics and Instrumentation Engineering from Anna university , Chennai in the year of 2004, M.Tech in VLSI and Embedded Sysems from Dr.M.G.R.Educational and Research Institute, Maduravoyal, Chennai in the year 2010. She has been in teaching Profession for the past 15 years She has published 3 Scopus paper organized Symposium & National Conference. She received Janakiammal Women Empowerment Award in the year 2023 and Exceptional Career Achievement Award in the year 2023

Department Faculties

S.NO	Name	Academic Designation
1	Mrs. Kokila S	Assistant Professor/HOD
2	Dr. Selvakumar C	Professor/Principal
3	Dr. Lakshminarayanan S	Professor
4	Dr. Arunsankar G	Associate Professor/ Director Academic Affairs
5	Mr. Ramadhurai R	Associate Professor/ Director Student Affairs
6	Mr. Prabu K	Assistant Professor/ Placement Officer
7	Mr. Sivagnanam I	Assistant Professor
8	Ms. Nishmitha K	Assistant Professor
9	Mrs. Leelavathi U	Assistant Professor
10	Mrs. Ammu R	Assistant Professor
11	Ms. Shanmugapriya P	Assistant Professor
12	Mr. Edward Paulraj J	Assistant Professor
13	Mrs. Sandhiya R	Assistant Professor
14	Mrs. Ilavarasi D	Assistant Professor
15	Mrs. Nishanthi U	Assistant Professor

PEOs, PSOs,POs

Program Educational Objectives (PEOs)

Program Specific Outcomes (PSOs)

Program Outcomes (POs)

course Outcomes

Third Semester

III SEM R-2017

Course Code	Course Name	Course Outcome(CO) Students will be able to	Knowledge Level
EC8391	Control System Engineering	CO1: Describe the concepts and techniques involved in designing control schemes for dynamic systems	K2
		CO2: Analyze closed-loop control systems for stability and steady-state performance	K4
		CO3: Design PD,PI and PID controllers for given control system model using MATLAB	K5
		CO4: Design Lead, Lag, Lead-Lag systems in control systems	K3
		CO5: Compute stability of linear systems using the Routh array test and use this to generate control design constraints	K2
		CO6: Compute gain and phase margins from Bode diagrams and Nyquist plots in terms of stability	K2
		CO7: Illustrate the state space model of a physical system and discuss the concepts of sampled data control system	K2
		CO8: Design various transfer functions of digital control system using state variable models	K3

III SEM R-2017


COURSE OUTCOMES
COURSE CODE/ NAME : MA8451 / PROBABILITY AND RANDOM PROCESS

COs	Students Will Able To	Knowledge Level
CO 1	The fundamental knowledge of the concepts of probability and have knowledge of standard distributions which can describe real life phenomenon.	K4
CO 2	The basic concepts of one and two dimensional random variables and apply in engineering applications.	K3
CO 3	Apply the concept random processes in engineering disciplines.	K3
CO 4	Apply the concept of correlation and spectral densities.	K3
CO 5	The students will have an exposure of various distribution functions and help in acquiring skills in handling situations involving more than one variable. Able to analyze the response of random inputs to linear time invariant systems	K4

COURSE CODE/ NAME: EC8451 Electromagnetic Fields

COs	Students Will Able To	Knowledge Level
CO 1	Define and recognize different co-ordinate systems	K1
CO 2	Estimation of electric fields on various material	K3
CO 3	Estimation of magnetic fields on various aterial	K3
CO 4	Apply and Analyze Maxwell’s equations in point and intergal form	K3
CO 5	Analysis the nature of electromagnetic wave propagation in various medium	K2
CO 6	Boundary in conductor and dielectric in plane wave	K3

COURSE CODE/ NAME: EC8452 ELECTRONICS CIRCUITS II

COs	Students Will Able To	Knowledge Level
CO 1	Design and Analysis of feed back amplifier	K3
CO 2	Design of LC Oscillator circuit & Design of RC Oscillator circuit	K3
CO 3	Analysis the performance of tuned Amplifier	K2
CO 4	Design of Multi-vibrator circuits	K2
CO 5	Analysis of Wave shaping circuits	K3
CO 6	Design of Power Amplifier and DC Converter	K3

COURSE CODE/ NAME: EC8453 Linear Integrated Circuits

COs	Students Will Able To	Knowledge Level
CO 1	Design linear & non-linear application of operational amplifier	K2
CO 2	Design application of Analog Multiplier & PLL	K2
CO 3	Design of Analog to Digital Converter using operational amplifier	K2
CO 4	Design of Digital to Analog Converter using operational amplifier	K3
CO 5	Generate waveform using operational amplifier	K3
CO 6	Analysis of Special function IC’s	K2

Course Code	Course Name	Course Outcome(CO) Students will be able to	Knowledge Level
EC8491	Communicati on Theory.	CO1:Design various Amplitude Modulation Communication Systems.	K2
		CO2:Design the different types Angle Modulated Communication Systems	K4
		CO3: Apply the Concepts of Random Process to design the various Communication Systems.	K3
		CO4: Analyze the noise performance of AM and FM systems	K4
		CO5:Analyze the Fundamental Signal processing operations such as Sampling and Quantization	K2
		CO6:Need of sampling and different sampling techniques.	K2

V SEM R-2017

Course Code	Course Name	Course Outcome(CO) Students will be able to	Knowledge Level
EC8491	Communicati on Theory.	CO1:Design various Amplitude Modulation Communication Systems.	K3
		CO2:Design the different types Angle Modulated Communication Systems	K2
		CO3: Apply the Concepts of Random Process to design the various Communication Systems.	K2
		CO4: Analyze the noise performance of AM and FM systems	K3
		CO5:Analyze the Fundamental Signal processing operations such as Sampling and Quantization	K3
		CO6:Need of sampling and different sampling techniques.	K3
		CO7: Discuss about Fixed point and floating point number representations	K2
		CO8: Illustrate the finite word length effects on filters	K2
		CO9: Explain the fundamentals of multirate signal processing techniques	K2
		CO10: Apply Adaptive Filters to equalization	K2

VI SEM R-2017


COURSE OUTCOMES
COURSE CODE/ NAME: EC8651 Transmission Line And RF System

COs	Students Will Able To	Knowledge Level
CO 1	Discuss the fundamental concepts of wave propagation in Transmission Lines and losses	K3
CO 2	Analyze signal propagation at radio frequencies	K4
CO 3	Apply smith chart for line parameter and impedance calculations	K4
CO 4	Analyze the characteristics of TE and TM waves in wave guide	K3
CO 5	Design a RF transceiver system for wireless communication	K4
CO 6	Analyze of various gain in RF system	K3

COURSE CODE/ NAME: EC8691 Microprocessor and Microcontroller

COs	Students Will Able To	Knowledge Level
CO 1	Discuss bout the basics of Micro/ nano electromechanical systems including their Applications and advantages	K2
CO 2	Study about the different materials used in micro fabrication methods	K2
CO 3	Study about the different types of MEMS sensors and its applications	K2
CO 4	Study about the different types of MEMS actuators and its applications	K2
CO 5	Knowledge of theoretical foundations of quantum mechanics and Nano systems	K3

COURSE CODE/ NAME: EC8095 VLSI DESIGN

COs	Students Will Able To	Knowledge Level
CO 1	Discuss about CMOS fabrication flow and technology scaling	K2
CO 2	Design MOSFET based logic circuit	K4
CO 3	Demonstrate layout of a given logic circuit	K4
CO 4	Realize logic circuits with different design styles	K3
CO 5	Develop an understanding of working principle of operation of different types of memories	K2
CO 6	Describe the of working principles of clocking, power reduction and distribution	K2

EC8652 Wireless Communication

Course Code	Course Name	Course Outcome(CO) Students will be able to	Knowledge Level
EC8652	Wireless Communication	CO1:Characterize a wireless channel and evolve the system design specifications.	K3
		CO2:Discuss a cellular system based on resource availability and traffic demands	K2
		CO3: Discuss about digital signaling used in cellular system	K2
		CO4: Identify suitable signaling and multipath mitigation techniques for the wireless channel and system under consideration.	K3
		CO5:Illustrate a process and its functions of transmit/receive diversity and MIMO systems.	K2
		CO6: Understand emerging technologies required for fourth generation mobile system such as MIMO.	K1

EC3354 SIGNALS AND SYSTEMS


COs	Course Out comes
CO1	Describe and understand fundamental concepts related to signals and systems, including time-domain and frequency-domain representations.
CO2	Have knowledge of the concepts needed to test the logic of a program
CO3	Understand the concept for the analysis of Linear Time InvariantContinuous Time Systems for time and frequency domains
CO4	Understand the concept to Analyze the Discrete Time Signals
CO5	Understand the concept for the analysis of Linear Time InvariantDiscrete Time Systems for time and frequency domains

Fourth Semester

EC3451 Linear Integrated Circuits


COs	Course Out comes
CO1	Ability to Understand the basics and Characteristics of OP-AMP
CO2	Ability to Apply the concept of OP-AMP to design linear and nonlinear application
CO3	Ability to Apply the concept of OP-AMP to study multiplier IC, PLL and its application.
CO4	Ability to Apply the concept of OP-AMP to design ADC and DAC
CO5	Ability to Apply the concept of OP-AMP to design waveform generators.
CO6	Ability to Analyze the special function ICs

EC 3401 NETWORK SECURITY


COs	Course Out comes
CO1	Understanding various protocols using OSI ,TCP and ,wireless Lan network models.
CO2	Applying and classify the routing protocols, IP addressing in network protocols.
CO3	Explore the methods of transport layer protocols in various congestion control.
CO4	Analyzing the network security mechanisms by using the RSA algorithm,secure hash functions.
CO5	Design and implement the various hardware security attacks and counter measures.
CO6	Discuss the various attacks in hardware security in technologies.

EC 3452 Subject : Electromagnetic Fields


COs	Course Out comes
CO1	Analyze field potentials due to static charges and static magnetic fields.
CO2	Understand the fundamental electromagnetic laws and concepts.
CO3	Write Maxwell’s equations in integral, differential and phasor forms and explain their physical significance.
CO4	Understand the principles of electromagnetic wave propagation in lossy and in lossless media.
CO5	Solve simple problems requiring estimation of electric and magnetic quantities based on these concepts and laws
CO6	Analyze transmission line problems and understand the application of Electromagnetic waves in real world problems.

EC3492 Digital Signal Processing


COs	Course Out comes
CO1	Apply DFT for the analysis of digital signals and systems
CO2	Design IIR and FIR filters
CO3	Analyze finite Word length effect on filter
CO4	Design the Multi rate Filters
CO5	Apply Adaptive Filters to equalization
CO6	Analyze and apply suitable DSP algorithm for specific application

Fifth Semester

EC3552 VLSI AND CHIP DESIGN


COs	Course Out comes
CO1	Understand the Mos Transistor Principles to learn the characteristics and IC technology
CO2	Understand the concept of Mos transistor to learn the combinational circuits.
CO3	Understand the principles of Mos transistor to learn the sequential logic circuits and clocking strategies.
CO4	Apply the basics of combinational and sequential logic to learn the memory architecture
CO5	Apply the coding techniques to learn ASIC design and testing

CEC366 IMAGE PROCESSING


COs	Course Out comes
CO1	Understand the basics and fundamentals of digital image processing to learn its digitization, sampling, quantization, and 2D-transforms.
CO2	Apply the Spatial and Frequency domain techniques of smoothing, sharpening to learn the Image enhancement process.
CO3	Apply the filtering techniques to learn the restoration concepts.
CO4	Apply the basics of segmentation, features extraction, compression and recognition methods to learn the color models.
CO5	Apply the coding techniques to learn image compression concepts.
CO6	Apply the concepts of image processing in Biometrics applications.

CEC352 : SATELITE COMMUNICATION


COs	Course Out comes
CO1	Describe Satellite parameters and launching procedures of satellite systems
CO2	llustrate the satellite space segment and components
CO3	Compute link budget for satellites to calculate received power
CO4	Apply the different accessing schemes for satellite communication systems
CO5	Apply encryption techniques to access satellite communication
CO6	Discuss the satellite systems with different applications

CBM370 Wearable Devices


COs	Course Out comes
CO1	Understand the need for wireless health system to learn the application of wearable systems.
CO2	Understand the concept of energy harvestings techniques to learn its methods and signal acquisition for wearable devices.
CO3	Understand the design of wireless body area networks in health care.
CO4	Understand the concept of smart textile to learn the fabric techniques for monitoring the various biological parameters. .
CO5	Apply to design the healthcare system to learn the wearable devices in patient monitoring
CO6	Apply the concept of wearable system to learn the wearable devices in field of medicines

Sixth Semester

EC8652 WIRELESS COMMUNICATION


COs	Course Out comes
CO1	Understand the Characteristics of wireless channels to learn propagation path loss
CO2	Understand the fundamentals of Cellular Architecture students will able to learn hand off , capacity improvement
CO3	Apply various digital signaling schemes for wireless communication channels which will able to solve error performance.
CO4	Apply the different accessing schemes for satellite communication systems
CO5	Apply multiple antenna techniques to learn transmit and receive diversity.
CO6	Apply the various techniques of Wireless Communication systems.

EC8691 MICROPROCESSOR AND MICROCONTROLLER


COs	Course Out comes
CO1	Design and implement the architecture of 8086 microprocessor based systems
CO2	Examine the 8086 signals, bus structure and I/O programming
CO3	Analyse various I/O interfacing mechanisms with 8086 microprocessor
CO4	Examine various programming and application case studies based on 8086 microprocessor
CO5	Design and implement the architecture of 8051 microcontroller and various interfacing mechanisms
CO6	Examine various programming and application case studies based on 8051 microcontroller

EC8691 Subject: VLSI DESIGN


COs	Course Out comes
CO1	Discuss about CMOS fabrication flow and technology scaling
CO2	Design MOSFET based logic circuit
CO3	Demonstrate layout of a given logic circuit
CO4	Realize logic circuits with different design styles
CO5	Develop an understanding of working principle of operation of different types of memories
CO6	Describe the of working principles of clocking, power reduction and distribution

Seventh semester

EC8751 Optical Communication


COs	Course Out comes
CO1	Understand the basic principles of optical fiber communication to learn its basic elements in optical fibers, different modes and configurations.
CO2	Understand the different kinds of signal degradation factors in optical fiber Communication to learn the transmission characteristics associated with dispersion and polarization techniques.
CO3	Apply the principles of optical fiber communication to learn the design of optical sources and detectors.
CO4	Apply the principles of optical fiber communication to learn the design of fiber optic receiver systems, measurements and coupling techniques.
CO5	Apply the design of optical fiber communication systems to learn its Optical interfaces.
CO6	Apply the design of Optical Interfaces to learn the Silicon Photonic Circuits

OIC751 Transducer Engineering


COs	Course Out comes
CO1	Understand the different types of units and standards and to learn the measurement system and error analysis
CO2	Apply the static and dynamic characteristics of transducer and to study the different responses of the measuring systems
CO3	Understand about construction ,operation resistive transducers used for measuring various parameters like temperature , humidity
CO4	Understand about construction ,operation variable inductance and capacitive transducers and to learn its real time applications
CO5	Understand the various transducers and to learn its recent applications
CO6	Understand the design of RF MEMS switch

EC8791 EMBEDDED AND REAL TIME SYSTEMS


COs	Course Out comes
CO1	Understand about embedded system process and to learn design example and programming
CO2	Understand about the ARM architecture and to learn the different types of ARM architectures
CO3	Understand the embedded progragraming and to learn the program levels and performance analysis
CO4	Understand the real time operating systems and learn the methods of evaluating operating system performance
CO5	Understand the MPSoCs and learn the Shared memory Multiprocessors
CO6	Understand the Attribute the modern real time embedded system concepts and learn the various application

EC8702 Ad hoc and Wireless Sensor Networks


COs	Course Out comes
CO1	Understand the concepts of ad hoc wireless networks to learn its issues and routing protocol
CO2	Understand the architecture of Wireless sensor networks to learn its fundamentals and technologies.
CO3	Apply the knowledge of Wireless Sensor Networking to learn the physical and MAC layer protocols. ..
CO4	Understand the Sensor Network Security to learn the different attacks and transport layer in WSN
CO5	Apply the various Sensor Network platforms and tools to learn its basic modules.
CO6	Apply the concept of Wireless Sensor Network to learn its OS and programming

Department Advisory Committee (DAC)

A Department Advisory Committee (DAC) for the Department of Medical Electronics Engineering is a group of individuals typically composed of experts, professionals, and
stakeholders who provide guidance, insights, and advice to the department. The committee plays a crucial role in ensuring the quality and relevance of the department’s academic programs, research activities, and overall strategic direction.

Roles And Responsibilities Of The Departmental Advisory Committee (DAC)

1.Contribute to the development and review of the department’s strategic plan.
2. Provide insights on long-term goals and objectives that align with industry trends and societal needs.
3. Review and evaluate the department’s academic programs to ensure they meet current industry standards and are aligned with technological advancements.
4. Provide recommendations for program improvement and development.
5. Advise on the design and modification of academic curricula to ensure they remain relevant and responsive to industry needs.
6. Identify opportunities for internships and industry partnerships.
7. Advise on strategies to enhance the employability of graduates and provide recommendations for incorporating practical, hands-on experiences into the curriculum.
8. Provide feedback on accreditation processes and quality improvement initiatives.
9. Support initiatives for faculty and staff professional development and Offer guidance on training and certifications relevant to industry needs.
10. Periodically evaluate the effectiveness of the DAC in fulfilling its responsibilities.
11. Prepare reports summarizing recommendations and outcomes of DAC meetings.
12. Foster open communication between the DAC, department faculty, students, and other stakeholders.

Following are the members of the DAC:

S.NO	NAME OF FACULTY	ROLE AND DESIGNATION
1	Dr.C.Selvakumar	PRINCIPAL
2	Dr.G.Arunsankar	DIRECTOR -Academic Affairs
3	Mr.R.Ramadhurai	DIRECTOR – Student Affairs
4	Mr.L.Suresh Raj	IQAC HEAD
5	Mrs.S.Kokila	HOD

Board of Studies

The Board Of Studies (BOS) for medical electronics engineering is a critical body responsible for overseeing and ensuring the quality, relevance, and currency of academic programs in medical electronics engineering. The BOS typically consists of academic experts, professionals from the industry, and other stakeholders.

COMPOSITION OF BOARD OF STUDIES:

The Head of the Department as Chairman.
All Professor / Associate Professor / Assistant Professor of the Department.
One senior professor to be co-opted by the BoS from other department nominated by the Director in consultation with Head of Department (If necessary).
One subject expert (ACADEMIC) nominated by the Director on the recommendation of the Head of concerned Department.
One subject expert (R&D / INDUSTRY) nominated by the Director on the recommendation of the Head of concerned Department.
In addition to the above members, One Senior Alumni (ACADEMIC / R&D / INDUSTRY) to be co-opted by the BoS nominated by the Director in consultation
with Head of the Department. (If necessary).

Constitution And Functions Of Board Of Studies:

1.The BoS shall be constituted by the department for a period of THREE years.
2. The meetings of the BoS shall be arranged at least ONCE IN A YEAR.
3. The members of the BoS will be nominated by the Director from the list recommended by the Head of the department
4. In the absence of the Chairman (BoS), the senior member of the BoS will act as Chairman with the director’s approval.
5. The BoS shall co-opt experts in a particular field as a member of BoS with prior approval of the Director
6. The Board of Studies shall have a power

Events and Activities

Date	Time	Title	Venue	Resourse Person Name
1	11.00-1.00 Pm	Workshop On VLSI Design	VLSI Lab	Dr.Yuvaraj S Assistant Professor Srm Institute Of Science And Technology Chennai

Journals and Publications

Dr. S.Lakshmi Narayanan

Professor – ECE

1. PN Renjith, R Bharati, TM Thiyagu, RR Vallabhuni, B Mouleswararao, “Smart filtering for user discovery and availing balance storage space continuity with faster big data service”, Measurement: Sensors 26, 100707 (2023)

2. S Lakshmi Narayanan, K Ignatia, BS Alfurhood, N Bhat , “Image classification using gaussian curvature based local tetra pattern descriptor with enhanced feature selection technique”, Journal of Intelligent & Fuzzy Systems 44 (3), 3717-3731 (2023)

3. SS Salunkhe, A Tandon, M Arun, N Shaik, S Nandikolla, D Ramkumar, “An incremental learning on cloud computed decentralised IoT devices”, International Journal of Engineering Systems Modelling and Simulation 14 (2022)

4. S Markkandan, Sivasubramanian, J Mulerikkal, N Shaik, B Jackson, S L Narayanan, “Massive MIMO codebook design using gaussian mixture model based clustering Intelligent Automation & Soft Computing” 32 (1), 361-375 – 2022

5. C Karthikeyan, TVS Vivek, SL Narayanan, S Markkandan, DV Babu, S L Narayanan “Deep learning-based video coding optimisation of H.26”5, International Journal of Engineering Systems Modelling and Simulation 14 (2022)

6. PN Renjith, R Bharati, TM Thiyagu, RR Vallabhuni, B Mouleswararao, S L Narayanan, “Smart filtering for user discovery and availing balance storage space continuity with faster big data service”, Measurement: Sensors 26, 100707 (2023)

7. S Lakshmi Narayanan, K Ignatia, BS Alfurhood, N Bhat, “ Image classification using gaussian curvature based local tetra pattern descriptor with enhanced feature selection technique”, Journal of Intelligent & Fuzzy Systems 44 (3), 3717-3731 (2023)

8. SS Salunkhe, A Tandon, M Arun, N Shaik, S Nandikolla, D Ramkumar, S L Narayanan , “An incremental learning on cloud computed decentralised IoT devices” , International Journal of Engineering Systems Modelling and Simulation 14 (2022)

Mrs.S.Kokila

HOD/ECE

1. S.Kokila, R. Ramadhurai, “VHDL multiplier Implementation of fast 32X32 using Vedic mathematics”, International Journal of Advanced Trends in Computer Applications Vol. 2 ,Pages : 46-50, 2012

2. S.Kokila, R. Ramadhurai, “Modified design of poly-phase Comb filter using power efficient clock/data distribution technique”, The International Conference on Micro-Electronics Electromagnetics and Telecommunications Vol. 3 ,Pages : 164-167, 2012

3. S.Kokila, M.Pandiyarajan, “Implementation of Haar transformation for face detection & recognition using Beagle Board”, International Journal of Advanced Trends in Computer Applications Vol.3,Pages : 164-167, 2013

4. S.Kokila, M.Pandiyarajan, “Implementation of Background Subtraction Using Fuzzy Color for Surveillance”, International Journal of Advanced Trends in Computer Applications Vol.3,Pages : 164-167, 2013

Mr.K.Prabu

Assistant Professor-ECE

1. K.Prabu , “Design of Reversible BCD counters”, International Journal of Information and Electronics Engineering Vol. 3 , 2013

2. K.Prabu , “FPGA Implementation for Monitoring CAN bus traffic using multiple sensor network”, Transaction on Engineering and Science Vol-2Issue2Pg 93-99, 2014

3. K.Prabu , “Debris and Eutrophication Control for Industrial Environmental Monitor in Pan to Control Shut the Industries”, Transaction on Engineering and Science Vol.5, Issue 4, Pp 5363-5369, 2016

Mr.R.Ramadhurai

Assistant Professor-ECE

1. S.Kokila, R. Ramadhurai, “VHDL Implementation of fast 32X32 multiplier using Vedic mathematics”, International Journal of Advanced Trends in Computer Applications Vol. 2 ,Pages : 46-50, 2012

3. R.Ramadhurai, “Sparse Multipath channel Estimation using compressed sensing”, The International Conference on Micro-Electronics Electromagnetics and Telecommunications Pages : 495-499, 2012

Mr.J.Edward Paul raj

Assistant Professor-ECE

1. Edward Paul raj , “Hybrid Networked Energy Consumption DAQ System for Industries Using CAN ,Zigbee and Ethernet”, International Journal of Scientific Engineering and Technology (ISSN: 2277 1581) Volume 2 Issue 3, 2013

2. Edward Paul raj , R. Theepa, JeyaAnusuya “Audio-visual emotion recognition using 3DCNN and DBN techniques”, International journal of advance research, ideas and innovations in technology (ISSN:2454 132X) volume 4, Issue 2, 2018

3. E. Seethalakshmi , Meenakshi Shunmugam, R. Pavaiyarkarasi, Sneha Joseph, EdwardPaulraj,“ An Automated irrigation system for optimized green house using IoT”, International journal at Elsevier materials today proceedings on 2020.

Achievements

Faculty Achievement - NPTEL CERTIFICATION :

DURATION	NAME	SUBJECT/CERTIFICATION
Jan-Apr 2022	Mr.S. Venkat ASP/ECE	Prinicple of Communication-1 /Elite +Silver Certified
Jan-Apr 2022	Dr.S.Sathya ASP/ECE	Prinicple of Communication-1/ Elite Certified
Jan-Apr 2022	Mr.K.Nandhakumar AP/ECE	Prinicple of Communication-1 /Certified
Jan-Apr 2022	Mrs.P.Meenakshi AP/ECE	Prinicple of Communication-1 /Certified
Jul-Oct 2022	Mr.S. Venkat ASP/ECE	Basic Electric Circuits /Elite Certified
Jul-Oct 2022	Dr.S.Sathya ASP/ECE	Basic Electric Circuits /Elite Certified
Jan-Mar 2023	Mr Pradeep G AP/ECE	Analog Circuits / Certified
Jan-Apr 2023	Mrs Kavitha V AP/ECE	Principles Of Communications /Certified

Student Achievement - NPTEL Certification

DURATION	NAME	YEAR	SUBJECT	CERTIFICATION
Jan-Apr 2023	Nisha G	III	Principles Of Communication-1	Certified (Elite With Silver)
Jan-Apr 2023	Gokul M	III	Principles Of Communication-1	Certified (Elite)
Jan-Apr 2023	Hidhaya MA	II	Principles Of Communication-1	Certified (Elite With Silver)
Jan-Apr 2023	Nandhini MA	II	Principles Of Communication-1	Certified (Elite With Silver)

Department Toppers

II Year Electronics And Communication Engineering Students Participated In One Day Workshop On Unlock The World Of IOT With Esp 32 Chennai Institute Of Technology, Chennai On 17.11.2023

Awards

Janakiammal Women Empowerment Award in the year 2023

Exceptional Career Achievement Award in the year 2023

GOJAN SCHOOL OF BUSINESS AND TECHNOLOGY

GOJAN
SCHOOL OF BUSINESS AND TECHNOLOGY