TAGORE-IET | Welcome to Electronics & Communication Engineering Departments

Introduction

The Department of Electronics and Communication Engineering, Tagore Institute of Engineering and Technology, Deviyakurichi was established in the year 2008 and affiliated to ANNA UNIVERSITY, Chennai.

The students are admitted in the institution through Tamilnadu Engineering Admission on-line counseling conducted every year by Directorate of Technical Education, Chennai.The annual intake for the B.E Programme in Electronics and Communication Engineering is 60. The Electronics and Communication Engineering Department is a hub of academic excellence, where a faculty of esteemed experts with Ph.D qualifications, and Assistant Professors with M.E and M.Tech backgrounds, work together to create a 1:15 faculty-student ratio, as per AICTE guidelines, providing students with a personalized learning experience, guidance, and mentorship that helps them grow into exceptional engineers, researchers, and innovators.

The department forges a path to innovation by collaborating with industry giants through Memorandum of Understanding (MoU).

The department's student body, SOECERS, is committed to providing students with a comprehensive learning experience that extends beyond academics, through initiatives such as career development programs, value-added courses, seminars, circuit debugging, industrial visits, group discussions, guest lectures, and sports.

The department fosters a culture of innovation and collaboration by encouraging students to participate in Hackathon allowing them to develop solutions and showcase their creativity.

The Department periodically conducts value-added courses and in-plant training programs for students to enhance their technical skills in areas such as circuit design, PCB design, and Embedded programming. Guest lectures and industrial visits are also arranged to provide students and faculty members with hands-on experience and exposure to cutting-edge technologies. Our department is committed to fostering all-round excellence in our students, equipping them with the skills and knowledge needed to succeed in their future careers.

Our Department has MoU’s with Industries and other Institutes,

S.No	Company Name (Institution Name)	Date of Signing	Valid Period	Date of Ending
1	Imagecon India Private Limited	04.10.2021	3 Years	03.10.2024
2	Interlogicx Embedded Solutions	15.12.2021	5 Years	14.12.2026
3	Indiguard Systems Private Limited	28.04.2021	5 Years	27.04.2026
4	Vi Microsystems Private Limited	06.10.2021	Open Ended In Nature	Open Ended In Nature
5	Mighty Electronics Corporation	05.10.2021	2 Years	04.10.2023
6	Emglitz Technologies	28.09.2021	5 Years	28.09.2026

Programme

The Electronics and Communication Engineering (ECE) program is designed to provide a robust foundation in both theoretical knowledge and practical applications related to electronics and communication systems.The programme aims to develop skilled professionals while staying aligned with evolving technological trends through dedicated research and innovation

Currently, it offers the following programmes:

Programme	Course Name	Department Code	Course Duration	For Admission
UG	B.E. Electronics and Communication Engineering	106	4 Years	Apply Now

Faculties

UG Teaching Staff

S.No	Name of the faculty member	Designation	Qualification
1	Dr. P. Rajesh Kumar	Assistant Professor	M.E., Ph.D.,
2	Dr. K. Murugesh	Assistant Professor	M.E., Ph.D.,
3	Mr. K. Sureshkumar	Assistant Professor	M.E.,
4	Mr. G. Prabu	Assistant Professor	M.E.,
5	Mr. P. V. Aravinthan	Assistant Professor	M.E.,
6	Mrs. D. Tharaliga	Assistant Professor	M.E.,
7	Mr. R. Mariselvam	Assistant Professor	M.E.,
8	Mrs. M. Punitha	Assistant Professor	M.E.,
9	Mrs. R. Jamuna	Assistant Professor	M.E.,
10	Mrs. D. Jaisakthi	Assistant Professor	M.E.,
11	Mrs. P. Sridevi	Assistant Professor	M.E.,
12	Mrs. R. S. Aiswarya	Assistant Professor	M.E.,

PG Teaching Staff

S.No	Name of the faculty member	Designation	Qualification
1	Dr. S. Jayanthi	Professor	M.E., Ph.D.,
2	Dr. S. Arokiaraj	Assistant Professor	M.E., Ph.D.,
3	Mrs. R. Gowthami	Assistant Professor	M.E.,
4	Ms. M. Haritha	Assistant Professor	M.E.,

General Engineering Staff

S.No	Name of the faculty member	Designation	Qualification
1	Ms. C. Viveka	Assistant Professor	M.E.,

Facilities

COMMUNICATION SYSTEMS LABORATORY

EC3461/COMMUNICATION SYSTEMS LABORATORY

The objective of this lab is to prepare its students with good foundation in Communication field. Also, it provides adequate opportunities for Students to learn and innovate in Communication field.

The communication Systems Laboratory intends to cover the basic understanding of functionalities of various block-sets involved in communication system such as AM, FM, PAM, PPM, PWM modulation and demodulation. It involves system design and simulation exercises using MATLAB and Simulink and experiments based on HW boards.

Students are introduced to the functioning of modern communication systems and how they perform in the presence of noise. This lab is equipped with Digital Storage Oscilloscopes, cathode-ray oscilloscope, Function generators & various kits for implementing and understanding Communication circuits/ techniques.

INTEGRATED CIRCUITS LABORATORY

EC3462/LINEAR INTEGRATED CIRCUITS LABORATORY

Integrated Circuits lab comprises of Digital Electronics lab and Linear Integrated Circuits lab. The lab emphasizes on the basic components of digital electronics including op-amps, analog switches, different ICs, sample-and-hold circuit, ADC and DACs. All these components are pre fabricated on experiment modules, so students do not need to assemble anything manually.

These study modules are provided with complete power supply block and different electronic components so that different circuits can be established through jumpers and connecting wires. This makes it easy to observe the circuit and more time is at its disposal for observation rather than wasting time in assembling. Apart from this students will acquire comprehensive knowledge of equipments like Digital Multimeter, Function Generator and Digital Oscilloscope. By attaining knowledge of these equipments, components and accouterments students will be capable of designing, analyzing and observing an electronic circuit. SPICE Circuit Simulation Software is used to design and simulate the circuits.

This Laboratory is primarily aimed to meet the requirements of practical work meant for Active Components basic analysis, designing and testing of Amplifier and Oscillators. Students can perform practical on P-N junction diode, Zener Diode, rectifiers and filters, transistor biasing and their characteristics in different modes, RC coupled amplifiers and FETs. Guidance is provided to the students by a team of expert faculty and lab technicians. The labs are kept open after the college hours to enable the students to engage themselves in designing /testing the circuits in their leisure hours.

EC3401/NETWORKS AND SECURITY LAB

This lab is used to teach courses in network security and wireless security. It is equipped with high-performance workstations, state-of-the-art networking equipment such as routers and switches, and wireless communication devices. The pod shaped layout of each station promotes teamwork and collaboration.

The Networking Laboratory is engaged in research and education in the area of wireless communication and networking protocols and algorithms, as to provide ubiquitous access to wired and wireless resources for mobile and multimedia users. The emphasis in our research has been on the ad-hoc networking technology, self-reconfigurable systems, and power-limited communication protocols.

DSP LABORATORY

EC3492/DIGITAL SIGNAL PROCESSING LABORATORY

The programming language used in this course is MATLAB, widely used for high-performance numerical computation and visualization. It has become easier to provide the student with a practical environment to verify the concepts and the algorithms learnt in a lecture course.

Highlights of Laboratories:-

MATLAB software
Cope composer studio software
DSP kit(TMS320C05416)
DSP kit (TMS320C50)

EC3561/VLSI LABORATORY

The VLSI Design Lab has some of the latest and most advance EDA tools, FPGA boards and circuit solvers for analyzing 2D/3D integrated circuits and systems. The aim of the lab is to provide an experimental platform for the students to design and implement logic using MOS switches. In this lab, students implement transistor level logic- circuits (experiments as per university prescribed syllabus) for various combinational/sequential circuit like gates, adders, FFs etc. These include:

Xilinx Virtex-5 FPGA boards (8 nos.)
HDL simulator (15 users)

VL4112/ANALOG IC DESIGN LABORATORY

This lab deals with practical aspects of Analog integrated circuits, starting with MOSFET characterization to major analog building blocks; like operational amplifiers, trans-conductance amplifiers, advance biasing circuits switched capacitors circuits the characterization and the performance of the linear integrated circuits will be verified by powerful EDA tools like cadence using standard CMOS foundry model files.

Design tool:

Mentor Graphics – 15 licenses

ELECTRONICS LABORATORY

EC3251/CIRCUIT ANALYSIS LABORATORY

The main objective of this lab is to verify different types of methods or techniques such as Thevenin method, Superposition method, and Reciprocity theorem. The Thevenin’s method states that any combination of current source, voltage source and resistors with two terminals is equal to a single voltage source V and a single series R. Superposition Method is a method to calculated current by states and using V=IR. Finally, Reciprocity theorem states that if you interchange the position of the ammeter and the voltage source, the reading till be unchanged. The main objective of this lab is to verify different types of methods or techniques such as Thevenin method, Superposition method, and Reciprocity theorem.

The Thevenin’s method states that any combination of current source, voltage source and resistors with two terminals is equal to a single voltage source V and a single series R. Superposition Method is a method to calculated current by states and using V=IR. Finally, Reciprocity theorem states that if you interchange the position of the ammeter and the voltage source, the reading till be unchanged. The main objective of this lab is to verify different types of methods or techniques such as Thevenin method, Superposition method, and Reciprocity theorem. The Thevenin’s method states that any combination of current source, voltage source and resistors with two terminals is equal to a single voltage source V and a single series R. Superposition Method is a method to calculated current by states and using V=IR.

Finally, Reciprocity theorem states that if you interchange the position of the ammeter and the voltage source, the reading till be unchanged. The main objective of this lab is to verify the different types of techniques such as Thevenin’s method, Superposition method, KVL, KCL Reciprocity and Norton theorems. Thevenin's Theorem provides an easy method for analyzing power circuits, which typically have a load that changes value during the analysis process. This theorem provides an efficient way to calculate the voltage and current flowing across a load without having to recalculate your entire circuit over again. Kirchhoff's Law is a powerful tool for analyzing electrical circuits. To analyze any electrical circuit, Ohm's law is insufficient. Still, any electrical circuit can be analyzed with Kirchhoff's Law or the combination of Kirchhoff's current law (KCL) and Kirchhoff's voltage law (KVL).

EC3361/ELECTRONIC DEVICES AND CIRCUITS LABORATORY

This lab is intended to practice and familiarize to identify the electronic components and it contains all necessary measuring instruments, display instruments, power supplies and function generators, CRO’s for the students to do experiments. This Lab is equipped with a wide range of Equipment’s, devices and software, which helps the students to practice electronics circuit assembly and testing and also provides a deep insight into the world of electronics practice. It is the skeleton of applied electronics.

In Basic Electronics lab, familiarization of electronic equipment’s is done and also characteristics of diodes and transistors are observed. Students can perform practical on P-N junction diode, Zener Diode, rectifiers and filters, transistor biasing and their characteristics in different modes, RC coupled amplifiers, BJTand FETs. This lab is used to train the students to implement the basic analog circuits (as a hardware using electronic components) and make experiments to get familiar with the characteristics of electronic components, test the circuit performance and the techniques of making hardware circuits. Mat Lab software is used to analyze the characteristics of different types of diodes.

VLSI DESIGN LABORATORY

VL4111/FPGA LABORATORY

Most of the students of Electronics Engineering are exposed to Integrated Circuits (IC's) at a very basic level, involving SSI (small scale integration) circuits like logic gates or MSI (medium scale integration) circuits like multiplexers, parity encoders etc. But there is a lot bigger world out there involving miniaturization at levels so great, that a micrometer and a microsecond are literally considered huge! This is the world of VLSI - Very Large Scale Integration.

In FPGA lab, Students can learn how to program using two Hardware Design Languages: VHDL or Verilog, and test your code in one of our multiple boards available. Every FPGA has a set of components already place, such as 10 LEDs, 6 7-segment displays or multiple clocks. In addition, you will have access to 10 virtual switches and 4 virtual buttons that you can use in your design and that you will see when interacting with the real hardware. Xilinx software is used to simulate the different experiments and also created the test bench for verification. Activity that involves the design of a combinational ALU that makes simple arithmetical operations.

Highlights of Laboratories:-

Xilinx HDL tools version 12.1
Tanner EDA tools version 15.1
B2SPICE and NI MULTISIM
FPGA kit

VL4211/VERIFICATION USING UVM LABORATORY

The Universal Verification Methodology (UVM) is an open source System Verilog library allowing creation of reusable verification components and assembling test environments utilizing constrained random stimulus generation and functional coverage methodologies. UVM is a combined effort of designers and tool vendors, based on the successful OVM and VMM methodologies.

UVM 1.0 was released in early 2011 with a stable version (1.1) midyear. A reference implementation was available in 2012. The latest release is UVM 2017-1.0 Reference Implementation, which was released in November 2018.

Students will learn the verification methodologies used in industry and you will gain experience in using Universal Verification Methodology (UVM) the standardized methodology for functional verification. Students will learn how to generate random and directed random inputs, use the factory mechanism, understand the importance of coverage and gain experience with transaction level modeling.

Assoication

ASSOCIATION INAUGURATION AND WORKSHOP – 2023-24

The Department of ECE conducted Association inaugural function and Workshop on 30.09.2023. The President Prof.R.Paramasivam, Vice Presidents Mr.S.Vannjhi Kavin Vignesh & Mr.K.Gowrishankar, Secretary Mr.K.Arunkumar, Joint Secretaries Mr.M.Manikandan & Mrs.J.Sabana, Treasurer Mr.J.Natesan, the educational committee member Mr.Kootroad.N.R.Palanivel were presided over the function. Selvi.S.Selvabharathi, Final Year EEE delivered welcome address. The Principal Dr.S.Jayanthi delivered excellent speech on Importance of Embedded Systems.

Mr.K.Sureshkumar, Assistant Professor ECE introduced our chief guest Dr.M.Vijayakumar., ME.,Ph.D., Manager-Research and Development, Indi Guard Systems Pvt Ltd,Thanjavur. The chief guest Dr.M.Vijayakumar., ME.,Ph.D.,, Conducted a Workshop on “Carving a Niche Career in Electrical Embedded System Design”. The faculty members and students were attended this event.

The Head of the department Dr.K.Murugesan., ME., PhD introduced student office bearers in the academic year. The HODs from various departments, IQAC Coordinator, Professors, Assistant Professors, Lab Technicians and students were participated in this event.

Mr.K.Sivakumar, Assistant Professor EEE delivered the vote of thanks. The function was finally ended by thanking Management, Principal, HOD’s and Faculties who worked for this event to make this event a grand success.

ASSOCIATION INAUGURAL FUNCTION AND SEMINAR REPORT (2022-23)

The Department Of ECE Conducted Association Inaugural Function And Seminar On30.09.2022.The President Prof.R.Paramasivam, Vice Presidents Mr.S.Vannjhikavinvignesh; Mr.K.Gowrishankar, Secretary Mr.K.Arunkumar, Joint Secretaries Mr.M.Manikandan&Amp; Mrs.J.Sabana, Treasurer Mr.J.Natesan, The Educational Committee Member Mr.Kootroad.N.R.Palanivel Were Presided Over The Function. Selvan.S.Kavinkumar, Final Year ECE Delivered Welcome Address. The Principal Dr.S.Jayanthi Delivered Excellent Speech On Importance Of Electronics And Iot.

Selvan.J.Abdullah, Second Year ECE Introduced Our Chief Guest Mr.R.Praveen,Technical Lead, SAN Engineering Solutions, Perundurai . The Chief Guest Mr.R.Praveen,Delivered Speech On “Interrupt Handling Techniques In Embedded System &Amp; Iot Applications”.

The Faculty Members And Students Were Attended This Event.The Head Of The Department Dr.P.Rajesh Kumar Introduced Student Office Bearers In The Academic Year. The Hods From Various Departments, IQAC Coordinator, Professors,Assistant Professors, Lab Technicians And Students Were Participated In This Event.Selvi.R.Priyadharshini, Second Year ECE Delivered The Vote Of Thanks.

The Function Was Finally Ended By Thanking Management, Principal, HOD’s And Faculties Who Worked For This Event To Make This Event A Grand Success.

click to view - ASSOCIATION REPORT 2021-2022

click to view - ASSOCIATION REPORT 2020-2021

click to view - ASSOCIATION REPORT 2019-2020

click to view - ASSOCIATION REPORT 2018-2019

click to view - NEWS AND EVENTS

Research Group

The following are the research groups available in Electronics and Communication Engineering:

1. Digital Signal Processing

Topics : :Filtering (FIR, IIR, Adaptive), Transformations (FFT, DCT, DWT), Signal Representation (Time-Frequency, Wavelet),Sampling and Quantization, Noise Reduction and Filtering

Research Focus : Real-time Processing and Implementation, Robustness to Noise and Interference, Scalability and Complexity Reduction, Adaptability to Changing Environments, Integration with Other Disciplines (AI, ML, CV)

2. Embedded Systems Design

Topics : Wireless meter for consumer utility, An ultrasonic parking guidance system, Iris-based door opening and closing, Fault location in underground power networks, Embedded-based calibration of the proximity sensor, Accident prevention using eye blink, Earthquake analyzer and reporter.

Research Focus : System-on-Chip (SoC) Design, FPGA-based Embedded Systems, Low-Power Design and Energy Harvesting, Embedded Memory and Storage, Cyber-Physical Systems (CPS),Real-Time Operating Systems (RTOS),Embedded Linux and Android, Firmware Development and Optimization, Software-Defined Radio (SDR),Model-Driven Engineering (MDE)

3. Fiber Optics and Photonics Division

Topics : Fiber Design and Fabrication, Optical Fiber Communications, Fiber Sensors and Sensing Systems, Fiber Lasers and Amplifiers, Nonlinear Fiber Optics, Photonic Crystals and Nanostructure, Optical Interconnects and Integration, Photonic Devices (LEDs, Photodetectors, etc.), Quantum Photonics and Information Processing, Biophotonics and Optical Imaging

Research Focus : 2D Materials and Photonics, Topological Photonics, Neuromorphic Photonics, Laser-Induced Breakdown Spectroscopy (LIBS), Space-Division Multiplexing (SDM)

4. Microwave Engineering

Topics : Microwave Transistors, Microwave Amplifiers, Microwave Oscillators, Microwave Mixer, Microwave Switches, Microwave Filters, Microwave Antennas, Microwave Couplers, Microwave Resonators, Microwave Transmission Lines

Research Focus : Terahertz and Millimeter-Wave Engineering, Quantum Microwave Engineering, Microwave-Based Sensing and Detection, Microwave Energy Harvesting, Microwave-Based Medical Applications

5. Wireless Communication and Networking

Topics : 5G and 6G Wireless Communication, Millimeter-Wave and Terahertz Communication, Multiple-Input Multiple-Output (MIMO) Systems, Orthogonal Frequency Division Multiplexing (OFDM), Channel Modeling and Estimation

Research Focus : Quantum Communication and Cryptography, Artificial Intelligence (AI) and Machine Learning (ML) for Wireless Networks, Edge Computing and Fog Computing, Blockchain-based Wireless Networks, Heterogeneous Networks and Network Convergence

6. VLSI Circuits and Devices

Topics : Low-Power Design and Energy Harvesting, High-Performance Computing and Processor Design, Digital Signal Processing and Filtering, Cryptographic Hardware and Secure Chips, Neuromorphic Computing and AI Accelerators

Research Focus : Artificial Intelligence (AI) and Machine Learning (ML) Hardware, Quantum Computing and Cryptography, Neuromorphic Computing and Cognitive Architectures, 3D Printing and Additive Manufacturing, Bio-inspired and Bio-integrated Electronics

Research Activities

RESEARCH ACTIVITIES (2022-23)

1. Satheesh Kumar.T “High Speed Area Efficient VLSI Architecture of three Operand Binary Adder”, International Journal on Applications in Engineering and Technology, Volume 9, Issue 5, October 2023.

2. Haritha.M “Design of Power Efficient Posit Multiplier”, International Journal on Applications in Engineering and Technology, Volume 9, Issue 5, October 2023.

3. Dr. S.Jayanthi Dr. V.Vijayakumar and Dr.P.Rajeshkumar “Hybrid Renewable Energy Management And Monitoring Using Supervisory Power Management Technique for IOT”, Journal of Environmental Protection and Ecology, Volume 24, Issue 1, pp. 234-242, 2023.

4. Dr. S.Jayanthi and Dr. V.Vijayakumar “Enhancing the performance of hybrid grid connected system with bi directional energy management using FPGA based predictive energy optimization algorithm with Data monitoring”, Smart Technologies, Communication & Robotics (STCR), December 2023.

RESEARCH ACTIVITIES (2020-21)

1. Sindhu.B “A Power and Resource Efficient Binary Content Addressable Memory on FP gas using ZICAM”, International Journal of Research Science and Engineering, Volume 2, Issue 9, September 2020.

2. Arokiaraj.S “Hybrid Logic Style Full Adders in Multi Stage Structures using Particles: Swarm Optimization Algorithm ”, International Journal of Research Science and Engineering, Volume 2, Issue 9, September 2020.

RESEARCH ACTIVITIES (2018-19)

1. Rajesh Kumar.P “Computer Aided Segmentation of Blockages in Coronary Heart Images using Canfis Classifier”, Wireless personal Communication, 2018.

2. Rajesh Kumar.P “Multi-Model Versatile Threshold Vector Zone (VTVZ) Vessel Blockage Segmentation Technique for Detect the Blockage in Coronary Heart Images”, World Journal of Engineering Research and Technology (WJERT), Volume 4, Issue 3, pp. 117-136, 2018.

Achievements

FACULTY ACHIEVEMENTS (2023 - 24)

Dr.S.JAYANTHI has Published paper on the title of “A Noval Method of Variable P and O Based Solar Mppt Three Phase Grid Interfaced with Improved Power Quality”.
Ms.M.HARITHA has successfully completed the NPTEL online course on “VLSI Design Flow: RTL to GDS” earning an Elite award, and has also completed the “Innovation by Design”. She also presented a paper titled "AI Enhanced Drone for Human Movement Detection during Disaster" at the MRIET - 2024 conference held at Knowledge Institute of Technology. She was also awarded the Best Paper award for her presentation.

Dr.K.MURUGESH has participated in the Faculty Development Programs on "Innovative Teaching Methodology: A Creative Pedagogy" and "DevOps and AWS," as well as workshops on "How to Prepare a Research Outline" and "Cyber Security."
Dr.S.AROKIARAJ has participated in the Faculty Development Programs on "Devops" and "DevOps and AWS," as well as workshops on "How to Prepare a Research Outline" and "Cyber Security" and also webinar on "The Art of Writing Research Article and Publishing in High Impact SCOPUS/SCI-E Journals"
Mr.K.SURESHKUMAR attended a Faculty Development Program (FDP) on "Recent Trends in Multidisciplinary Research" from July 7, 2023, to July 18, 2023, at SRM Institute of Science and Technology, "Obtaining Patent Rights in India: Utilizing Emerging Academic and Research Areas and Current Technologies" from March 27, 2024, to March 28, 2024, at S.K.P Engineering College and "Recent Trends and Applications in Data Science" from February 26, 2024, to March 1, 2024 as well as participated in the webinar titled "Eco-Friendly Biofilms for Packaging Applications" on August 4, 2023, at Vaigai College of Engineering and "IoT Automation through Open Source Tools" on July 26, 2023, at Vaigai College of Engineering.
Mr. G.PRABU attended workshop on "Monopole Antenna for Long Distance Radio Applications" and participated in the seminar on “Embracing AI and Technology in Our Classrooms”.
Mr. R.MANIKANDAN attended workshop on "Monopole Antenna for Long Distance Radio Applications" and participated in the seminar on “Embracing AI and Technology in Our Classrooms”.
Mr. P.V.ARAVINTHAN participated in a workshop on "Advanced Research Methodology," "Cyber Security," "Emerging Areas of Technology," and a seminar titled “Embracing AI and Technology in Our Classrooms.”
Mr. T. SATHEESH KUMAR participated in a workshop on "Advanced Research Methodology" and a seminar on “Embracing AI and Technology in Our Classrooms.”
Mrs.D.THARALIGA participated in the ELEVATE 2K24 and Faculty Development Program on “Recent Trends in Graph Theory and Mathematical Modelling & Its Applications.”
Mr. R.MARISELVAM participated in the ELEVATE 2K24 and Faculty Development Program on “Recent Trends in Graph Theory and Mathematical Modelling & Its Applications.”
Mr.A.SILAMBARASAN participated in the Faculty Development Program on “Recent Trends in Graph Theory and Mathematical Modelling & its Applications”.
Ms. C.VIVEKA has successfully completed the NPTEL online course on “Digital Image Processing”.

Ms. M. HARITHA has published a paper titled "Preeclampsia Risk Monitoring and Alert System Using Machine Learning" in the International Conference on Research and Innovation in Biomedical Engineering (RIBE2023), organized by Rajalakshmi Engineering College on July 27th and 28th, 2023.
Ms. M. HARITHA presented a paper on "Design of Flow Power Multiplier Using Compressor-Based Adder" at Selvam College of Engineering and Technology during a conference.
Ms. C. VIVEKA presented a paper on "FPGA Implementation of Low Power and High Detection Algorithm" at Selvam College of Engineering and Technology during a conference.
Mrs. R. JAMUNA presented a paper titled "Personalized Robotics Rehabilitation System with Biofeedback Integration" at the MRIET - 2024 conference held at Knowledge Institute of Technology.
Ms. M. HARITHA, Ms. C. VIVEKA, and Mrs. R. JAMUNA attended a Faculty Development Program (FDP) on "Recent Advancements in Optical Communication" at Bharathiyar Institute of Engineering for Women from December 11, 2023, to December 16, 2023.

Ms. M. HARITHA, Ms. C. VIVEKA, Mrs. R. JAMUNA, and Mrs. P. SRIDEVI participated in the webinar titled "IoT Automation through Open Source Tools" on July 26, 2023, at Vaigai College of Engineering.
Ms. M. HARITHA, Ms. C. VIVEKA, Mrs. R. JAMUNA, and Mrs. P. SRIDEVI participated in the webinar titled "Eco-Friendly Biofilms for Packaging Applications" on August 4, 2023, at Vaigai College of Engineering.
Ms. M. HARITHA, Ms. C. VIVEKA, Mrs. R. JAMUNA, and Mrs. P. SRIDEVI attended a Faculty Development Program (FDP) on "Recent Trends in Multidisciplinary Research" from July 7, 2023, to July 18, 2023, at SRM Institute of Science and Technology.
Mrs.R.JAMUNA attended a National-level Short-term Training Programme (STTP) on “Crafting and Conducting Cutting-edge Research and Innovation" from January 3 to 8, 2024, at RCC Institute of Information Technology.
Mr. K. SURESHKUMAR attended a Faculty Development Program (FDP) on "Obtaining Patent Rights in India: Utilizing Emerging Academic and Research Areas and Current Technologies" from March 27, 2024, to March 28, 2024, at S.K.P Engineering College.
Ms. M. HARITHA, Mr. K. SURESHKUMAR, Ms. C. VIVEKA, Mrs. R. JAMUNA, Mrs. P. SRIDEVI, and Mrs. D. JAISAKTHI attended a Faculty Development Program (FDP) on "Recent Trends and Applications in Data Science" from February 26, 2024, to March 1, 2024.
Mrs. D. JAISAKTHI presented a paper titled "Microwave Sensing of Quality attributes of Agricultural and Food Products" at the ICI3’ 2K24 conference held at Sri Sai Ranganathan Engineering College.
Mr. K. SURESHKUMAR presented a paper titled "Flood Management and Early Monitoring System" at the ICI3’ 2K24 conference held at Sri Sai Ranganathan Engineering College.
Ms. M. HARITHA has successfully completed the NPTEL online course on “Innovation by Design”.
Mrs. R. JAMUNA has successfully completed the NPTEL online course on “Computer Networks”.

Dr.P.RAJESHKUMAR, Ms. M. HARITHA, Mr. K. SURESHKUMAR, Ms. C. VIVEKA, Mrs. R. JAMUNA, Mrs. P. SRIDEVI, and Mrs. D. JAISAKTHI has attended Online Awareness session on “Electronic Waste: Product Innovation and Technology Management” organised by Indian Society for Training and Development Chandigarh Chapter in collaboration with Sanatan Dharma College, Ambala Cantt. held on 31.07.2024

Ms. M. HARITHA, Mr. K. SURESHKUMAR, Ms. C. VIVEKA, Mrs. R. JAMUNA, Mrs. P. SRIDEVI, and Mrs. D. JAISAKTHI has undergone Innovation Ambassador (IA) training ‘Foundation level’ and 'Advanced Level' in online mode by MoE's Innovation Cell & AICTE during the IIC calendar year.
Dr.P.RAJESHKUMAR, Ms. M. HARITHA, Mr. K. SURESHKUMAR, Ms. C. VIVEKA, Mrs. R. JAMUNA, Mrs. P. SRIDEVI, and Mrs. D. JAISAKTHI participated in the “Digital Marketing Workshop” in Anicha Digital Infrastructure Pvt Ltd held in August, 2024.
Mrs. D. JAISAKTHI attended the Faculty Development Program on “Industrial IOT and Industry 4.0” at K.S.R. College of Engineering from August 5 to 10, 2024.
Mrs. P. SRIDEVI attended the Faculty Development Program on “Programmable System- on- Chip architecture for ARM Cortex – M0 devices” at Dhirajlal Gandhi College of Technology from 29/07/2024 to 03/07/2024.

STUDENT ACHIEVEMENTS 20223-2024 (even sem)

Krishna.P, Vinoth.R, and Ranjith.R from the IV year ECE program have been selected for the Best project award at Niral Thiruvizha.
B.Deepa, E.Indhira and M. Revathi of final year ECE have received best project paper award in national level conference at knowledge institute of technology on 18.03.2024.
K.Anburaja of II ECE got First prize in Shortflim at muthayammal engineering college on 17.04.2024 .
K.Anburaja of II ECE got First prize in Shortflim at Mahendra engineering college on 11.04.2024 .
A.Arunbharathi and K.Mozhinathan of II ECE received First prize in Quiz at Gnanamani college of engineering and technology on 14.03.2024
P.Sathyastalin and K.Anburaja of II ECE received Second prize in Quiz at Gnanamani college of engineering and technology on 14.03.2024.
K.Anburaja and V.sabarinathan of II ECE have won Second prize in Shortflim at Selvam college of engineering and technology on 17.04.2024.
Some of the students of II ECE have participated paper presentation in selvam engineering college on 14.03.24 and Gnanamani college of engineering and technology on 14.03.2024.
In THIRD year ECE students had successfully completed the value added course training program in the topic of “Industry standard PCB design ” at thanjavur from 07.08.2023 to 28.08.23.
In III year ECE , N.Ayyappan, S.Arul kumar,S.Kaviyarasan, S.Gobi, J.Abdullah,S.Durairaj, A.Anandh,G.Aravindh,M.Deenadhayalan,P.Ranjithkumar,P.Santhiya,L.Sarathi,S.Dhivyabharathi,G.Dharshini,M.Kalayarasi,S.Sivalakshmi,M.Nandhini,G.Sneka students had successfully completed the internship in FUNDAMENTALS OF TELECOMMUNICATIONS at BSNL ,Salem from 21.08.2023 to 25.08.23.
S.Sinega And M.Mahalakshmi of IV year ECE students have successfully completed the internship at Niagara Solutions from 17.07.2023 to 22.07.2023
In III year ECE students have successfully completed the internship in the field of EMBEDDED SYSTEM Design and firmware development using “ARDUINO” in indiguard systems pvt.Ltd. at thanjavur.
Our students P.Santhiya, L.Sarathi, S.Dhivyabharathi, G.Dharshini, G.Sneka, M.kalaiyarasi, S.Priyadharshini(39), M.Nandhini, E.vinitha, T.Bhuvaneshwari of III year ECE students has presented a paper in the national level technical symposium organized by muthayammal engineering college on 26.04.2024 .
Our students N.Ayyappan, M.Rahul, A.Aswin, E.Dhinesh, J.Abdullah, S.Durairaj of III year ece students has participated in circuit debugging and QUIZ in the national level technical symposium organized by VRS college of engineering technology on 13.04.2024 .
A.Muthuraja and K.Vishva of III year ECE students have presented a paper entitled as “ 5G NETWORKS “ in the national level technical symposium organized by Mahendra engineering college on 11.04.2024 .
In FINAL year ECE students have presented a project paper in national level conference at knowledge institute of technology on 18.03.2024.
Our students of III ECE have successfully completed “employability skills development training programme” conducted by TITAN leap.
S.Santhiya and P.Prabavathi of II ECE have presented a paper in national level technical symposium at AVS engineering college on 22.03.2024.
Some of the students of Final year ECE have successfully completed “employability skills development training programme” conducted by TITAN leap.
S.Indhumathi,A.Jayaranjaniv,Kaviyan.Narmatha,P.Naveena,M.Revathi,A.Sandhiya,R.Sujitha ,G.Suruthika and M.Vijayalakshmi of Final year ECE have successfully completed internship in “Internet Of Things” at Durga Tech from 01.07.2023 to15.07.2023.
M.REVATHI of final Year ECE students has completed internship in “Cloud Foundation” at AWS Academy 31.07.2023.
In final year and III year of ECE students attended one day workshop on 30.09.2023 in the title of “Carving A Niche Career in the field of Electrical, Electronics and Embedded System Design “ at TIET.
M.Vijayalakshmi, M.Revathi, S.Selvasri of final Year ECE students have presented a paper entitled as “Brain Computer Interface at TIET “ on 15.09.2023.
V.Sabarinathan of II year ECE has CERTIFICATE OF COMPLETION like HTML,CSS and java script on 14.10.2023.
ECE Department students has attended workshops, participated symposium in various Engineering colleges as Knowledge Institute of Engineering and Technology, Mahendra College of Engineering , Muthayammal engineering college, AVS Engineering College, Selvam college of engineering and technology.
In final year of ECE students presented a project paper in national conference at various colleges.
Other than Academic Activities, ECE Department students donated blood for Thalaivasal Government Hospital through Blood Donation camp Organized in our college.

S.Priyadharshini(39), P.Kamali, G.sneka, A.Anandh, J.Abdullah, S.Kaviyarasan, P.Ranjith, R.Rahul, S.Arulkumar, E.Dhinesh, K.Guna, N.Ayyappan, M.Nandhini, E.vinitha, T.Bhuvaneshwari of IV year ECE students have attended in “Digital Marketing Workshop in Anicha Digital Infrastructure Pvt Ltd , held in August 2024.
S.Aravinth,V.Sabarinathan,R.Velmurugan,P.Sathyastalin,K.Gowtham,S.Sudhan,K.Anburaja,E.Sathishkumar,R.Selvakumar,V.Muthuraman of III year ECE students have attended in “Digital Marketing Workshop” in Anicha Digital Infrastructure Pvt Ltd, held in August 2024.
R.Santhosh,M.Murugesan,S.Ragul,B.Thirupathi,P.Arunachalam,P.Vignesh,P.Abiharan, M.Abdulraseeth,P.Babyshalini,E.Valarmathi,R.Subasri,A.Dhivya,A.Jayapradeepa,S.Swathi,A.Aarthi,R.Bhavani of II year ECE students have attended in “Digital Marketing Workshop” in Anicha Digital Infrastructure Pvt Ltd, held in August 2024.
P.Ranjith Kumar, S.Kaviyarasan, S.Gobi of IV year ECE students have successfully completed internship in VLSI at SD PRO Solutions during 01.08.2024 to 30.08.2024.
S.Arul kumar, P.Santhiya, J.Abdullah and L.Sarathi of IV ECE students have successfully completed internship in IOT at ENTHU Technology Solutions India Pvt Ltd during 29.07.2024 to 23.08.2024
S.Dhivyabharathi,G.Dharshini,G.Sneka,M.kalaiyarasi,S.Priyadharshini(39),M.Nandhini, E.vinitha,T.Bhuvaneshwari,S.Bhavani,P.Kamali,E.Vinitha,R.Priyadharshini,S.Priyadharshini,P.Abinaya and S.sivalakshmi of IV ECE students have successfully completed internship in “IOT-Enhanced Cyber security protocols for cloud server Management” at Profuture Tech Solutions Private Limited TVH Agnitio Park ,Chennai from 15.07.2024 to 15.08.2024.
In final year , III year and II year of ECE students attended one day seminar on 28.08.2024 in the title of “IOT Implementation on Industry 4.0” at TIET.
In III year ECE students attended One week value added courses from 19.08.2024 to 24.8.2024 at TIET.
K.Vishva,A.Muthuraja,N.Ayyappan of IV ECE students have successfully completed internship in EMBEDDED WITH IOT at Pantech e Learning Pvt Ltd during 15.07.2024 to 10.08.2024.
E.Dhinesh, A.Vanmugilan, G.Aravind, A.Anbuselvan, R.Rahul, S.Chinnadurai, K.Guna, M.Deenadhayalan of IV ECE students have successfully completed internship in Embedded System at ZEHE during 14.07.2024 to 10.08.2024.
A.Anandh has successfully completed internship in Block Chain at SASI INFOTECH LIMITED during 10.07.2024 to 10.08.2024.
Some of the ECE students of IV year, III year & II year were participated in IMAGECON Engineers Day Contest on 15.09.2024
V.Muthuraman of III Year ECE has participated in RBI Online Quiz September ,2024

Contact Information

Head of the Department,
Department of Electronics and Communication Engineering,
Tagore Institute of Engineering and Technology,
Deviyakurichi - 636 112
Thalaivasal (Tk),Salem(Dt).
hodece@tagoreiet.ac.in

TAGORE

Department / Welcome to Electronics & Communication Engineering Departments