Communication systems are playing vital role in our modern society because of our increasing dependence on modern information systems like mobile phones, computer networking, etc. So, the demand for specialized communication engineers is increasing rapidly. This course provides the skills to meet this growing demand for digital communications engineers who can manage and develop the technologies of today’s data-driven lifestyle. The main purpose of this course is to expose the students with a wide variety of technical, managerial and organizational issues essential to the provision of information transfer for commercial application of data communication systems.
The Graduates of this course can find employment in a range of sectors including telecom sector, broadcasting and multi-media, defense, security and internet/computing, consulting, data communication, entertainment, research and development. The candidates can also work in modern multimedia service firms that are involved in real-time transfer of information through video conferencing and internet broadcasting. The course is designed to give both a deep understanding of the core technologies and the latest advances in performance and capability. It comprises the design and analysis of modern communications technologies, telecommunications and data network systems while building the interdisciplinary skills to meet current and future needs of commerce and industry.
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II Year :
Apart from Academic Jobs, there are many good opportunities for jobs available after completing M.E Communication Systems in the Central government departments like Defense, Railways, All India Radio, Airport Authority of India, Post and Telegraph, Indian Engineering Services, etc. One can also start a career in public sector firms like Bharat Sanchar Nigam Limited, Bharat Electronics Limited, Bharat Electricals Limited, Oil and Natural Gas Corporation Ltd, Steel Authority of India Limited, Mahanagar Telephone Nigam Limited, Indian Space Research Organisation, Indian Oil Corporation. There are many private companies Reliance, Samsung, Tata, LG, Wipro, Infosys, TCS, etc. One can also pursue Ph.D either full time or Part Time in various universities
The Department of ECE is also offering a full-time two-year M.E- Communication Systems from 2011 which imparts knowledge in Advanced Image Processing, Wireless Communication, Advanced Digital Signal Processing, Advanced Radiation Systems,Cognitive Radio Networks and Millimeter Wave Communication.
Communication systems are playing vital role in our modern society because of our increasing dependence on modern information systems like mobile phones, computer networking, etc. So, the demand for specialized communication engineers is increasing rapidly. This course provides the skills to meet this growing demand for digital communications engineers who can manage and develop the technologies of today’s data-driven lifestyle. The main purpose of this course is to expose the students with a wide variety of technical, managerial and organizational issues essential to the provision of information transfer for commercial application of data communication systems
The Graduates of this course can find employment in a range of sectors including telecom sector, broadcasting and multi-media, defense, security and internet/computing, consulting, data communication, entertainment, research and development. The candidates can also work in modern multimedia service firms that are involved in real-time transfer of information through video conferencing and internet broadcasting. The course is designed to give both a deep understanding of the core technologies and the latest advances in performance and capability. It comprises the design and analysis of modern communications technologies, telecommunications and data network systems while building the interdisciplinary skills to meet current and future needs of commerce and industry.
| S.No | Name | Qualification | Designation | Total Year of Experence | Date of Joining | Area of Specialization | Nature of Association (Regular / Contract / Adjunct) |
|---|---|---|---|---|---|---|---|
| 1 | Dr.S. Mythili | ME., Ph.D | Professor | 30 Years& 04 Months | 01.09.2023 | Signals Processing Control Application For Drives | Regular |
| 2 | Dr.D.Jeyakumari | ME., Ph.D | Prof. & Head | 26 Years & 10 Months | 02.07.2008 | Image,signal and video processing | Regular |
| 3 | Dr.N.Shanmuga Vadivu | ME., Ph.D | Professor | 17 Years & 11 Months | 03.06.2013 | Image processing and optical communication | Regular |
| 4 | Dr.B.Suganthi | ME., Ph.D | Assistant Professor | 27 Years & 9 Months | 16.06.2008 | Computer Networks , IOT | Regular |
| 5 | Mrs.S.Pandeeswari | M.E,(Ph.D) | Assistant Professor | 25 Years & 11 Months | 03.06.2014 | Power Electronics and Drives | Regular |
| 6 | Dr. R.Kannan | ME., Ph.D | Assistant Professor | 18 Years & 6 Months | 03.07.2009 | VLSI Design | Regular |
| 7 | Dr. L.Mohana Kannan | ME., Ph.D | Assistant Professor | 17 Years & 11 Months | 19.06.2019 | Signal Processing | Regular |
| 8 | Mr.L.Gowrisankar | M.Tech. | Assistant Professor | 16 Year & 08 Months | 25.06.2009 | Nano Technology | Regular | 9 | Mrs.K.P.Shanmuga Priya | M.E. | Assistant Professor | 14 Years & 4 Months | 15.09.2022 | Communication Systems | Regular |
| 10 | Mr.C.Dhamotharan | M.E,(Ph.D) | Assistant Professor | 12 Years & 01 Months | 01.06.2012 | Signal Processing, Internet of Thinks | Regular |
| 11 | Mr.V.Venkateswaran | M.E. | Assistant Professor | 3 Years & 4 Month | 16.09.2022 | VLSI Design | Regular |
| 12 | Mrs.S.Shobana | M.E. | Assistant Professor | 1 Year & 1 Month | 02.05.2023 | Signal Processing, Internet of Thinks | Regular |
| 13 | Ms.R.Devadharshini | M.E. | Assistant Professor | 10 Months | 17.08.2023 | VLSI Design | Regular |
| 14 | Mrs. Mythily M R | M.E. | Assistant Professor | 10 Months | 10.08.2023 | Image Processing | Regular |
| 15 | Mr.M.Jenish | M.E. | Assistant Professor | 4 Months | 08.02.2024 | Communication Systems | Regular |
The Department of Electronics and Communication Engineering is offering a full-time four-year B.E. degree course since the inception of the institution in the year 2007. This branch of engineering imparts technical knowledge in fields of Electronics, Communication, Internet of Things, Artificial Intelligence, VLSI, Embedded System, Image processing, Signal processing and Networking.
The Department of ECE is also offering a full-time two-year M.E- Communication Systems from 2011 which imparts knowledge in Advanced Image Processing, Wireless Communication, Advanced Digital Signal Processing, Advanced Radiation Systems, Cognitive Radio Networks and Millimeter Wave Communication.
The Department has a team of committed faculty members with sound knowledge in the areas of Applied Electronics, Communication Systems, VLSI, Embedded Systems and Wireless Technologies. The Department has a long tradition of excellence in educating, mentoring and inspiring future technology leaders and researchers in the area of Electronics and Communication Engineering.
The Department is equipped with a Smart class room that use Information and Communication Technology for improved students learning and optimize the delivery of information. The Laboratories are equipped with latest technology in the fields of Electronic Devices and Circuits, Digital Electronics, Linear Integrated Circuits, Microprocessors and Microcontrollers, Digital Signal Processing, Communication System, VLSI, Computer Networks, Optical & Microwave, Embedded Systems that offer opportunities on a wide range of hardware and advanced software packages. In addition to this, the Department is equipped with state of the art Cloud Security Research Laboratory to train the students in emerging areas of Cyber and Cloud Security.
The Department encompasses professional associations such as IETE, IEEE, ISTE chapters which provide students the platform to learn professional and soft skills. The curriculum provides a strong foundation in both the analytic and technological aspects of Electronics and Communication Engineering and explore internship/Inplant training opportunities in industry.
The Department motivates the students to participate in various events conducted by IITM-PALS and also enriches their knowledge by attending various online courses offered by SWAYAM / NPTEL.
The Department caters to Outcome Based Education which helps our students to learn, develop, and lead lives of impact. Students are provided with ample opportunities to work on projects, skill development apart from regular curriculum, encourage taking part in extra curricular and co-curricular in order to make them competitive and industry ready.
The major goal of the Department is to cater the holistic development of a student with a supportive Learning Environment.
The Department of ECE is also offering a full-time two-year M.E- Communication Systems from 2011 which imparts knowledge in Advanced Image Processing, Wireless Communication, Advanced Digital Signal Processing, Advanced Radiation Systems,Cognitive Radio Networks and Millimeter Wave Communication
The Graduates of this course can find employment in a range of sectors including telecom sector, broadcasting and multi-media, defense, security and internet/computing, consulting, data communication, entertainment, research and development. The candidates can also work in modern multimedia service firms that are involved in real-time transfer of information through video conferencing and internet broadcasting. The course is designed to give both a deep understanding of the core technologies and the latest advances in performance and capability. It comprises the design and analysis of modern communications technologies, telecommunications and data network systems while building the interdisciplinary skills to meet current and future needs of commerce and industry.
The Department of ECE is to make technically competent, innovative, commendable graduates focusing on the needs of industry and society with professional ethics to excel in the global competitive engineering field.
The Department of ECE strives to
The graduates of B.E (Electronics and Communication Engineering) will be able to:
The graduates of B.E. (Electronics and Communication Engineering) will be able to
The Department has well equipped laboratories and all facilities for students to pursue their studies. Students are encouraged to do real time projects applicable to industries. The department possesses the following state-of-the-art laboratories for undergraduate and Post graduate students separately.
The Department is well-equipped with the following Laboratories
The Electronic Circuits and Devices Laboratory is equipped with the latest Signal Generators, Oscilloscopes and measuring instruments. This Lab helps students to acquire technical knowledge by experimenting with different types of Amplifiers, Oscillators, Multivibrators and Filters. The students are familiarized with basic analog circuits, characteristics of electronic Devices, testing the circuit performance and the techniques of making hardware circuits.
The Digital Signal Processing Laboratory is a platform that helps us to gain knowledge about signal processing in digital domain. The digital signal processing laboratory makes use of the most efficient and prominently used software "MATLAB" and is well equipped with its associated tool boxes and Simulink. Various innovative projects in the core field of ECE program like embedded projects, image processing projects can be enriched by the full fledged use of this laboratory. The Scilab software can also be used for signal processing, statistical analysis, image enhancement simulations and numerical optimization in this laboratory
The recent communication techniques are demonstrated in this laboratory using various Communication Kits like Pulse Code Modulation kit, Delta Modulation kit, AM , FM Modulation and Demodulation kits, Time Division Multiplexing kit and Sampling kit. This laboratory enriches the fundamentals related to Analog and Digital Communication Systems. The Performance of Communication Systems are analysed using MATLAB Simulation software.
This Laboratory is equipped with Microprocessor Trainer kits based on Intel 8085, 8086 and Microcontroller kits based on Intel 8051, 8059 along with interfacing peripheral devices such as 8279, 8251 and 8253. In addition to this, Microprocessor based Speed control of Motors, PC based Temperature Control system, Data Acquisition system with software facilities has been established with Advanced Integrated Workbench. Microsoft Macro Assembler is an X86 assembler that uses Intel syntax for Microsoft windows is used to carryout the Simulations.
The objective of this Digital Electronics and IC Laboratory is to link the theoretical concepts of different analog and digital electronics circuits with practical feasibility by giving to the students. This laboratory facilitates the student to analyze the characteristics of digital ICs and able to verify the simulation outputs
The Integrated Circuit Laboratory helps in demonstrating a deep understanding of the properties and limitations of active and passive devices from an analog and digital perspective and their impact at the circuit and system level. . The Linear Integrated Circuits Laboratory is aimed at the conception, design and realization of integrated circuits for diverse applications through mini projects and projects.
Hardware Details
Software Details
The VLSI and Networking Laboratory consists of has advanced simulation tools and computational facilities for VLSI device/circuit analysis, design of integrated circuits. The Lab has an open source EDA tools, advanced FPGAs, Network Simulator and LAN trainer wireless modules.
Hardware Details
Software Details
This Laboratory facilitates to acquire knowledge in the field of optical communication and microwave frequency transmissions. The lab also supports the students to have a thorough knowledge of microwave frequency generation, dielectric waveguides, various antennas, fiber optic communication, software defined radio, microstrip lines and microwave devices.
An Embedded System is a special-purpose system in which the computer is completely encapsulated by the device it controls. Unlike a general-purpose computer, such as a personal computer, an embedded system performs pre-defined tasks, usually with very specific requirements. Since the system is dedicated to a specific task, design engineers can optimize it, reducing the size and cost of the product. Embedded systems are often mass-produced, so the cost savings may be multiplied by millions of items.
This lab enables the students to do their projects in the field of Embedded Systems, Electronic simulation, Real Time systems & Software development. This lab is connected to the Internet, which enables the students to access the online resources and get in touch with the latest technologies.
The students undergo hands on training in design and simulation of Microwave devices and components using EM simulation software CADFEKO. Signal processing using MATLAB , DSP processors and Optical communication using advanced trainer kits. The well established laboratory and faculty members help students to get trained and gain their technical skills in line with the industrial requirement. Digital communication experiments have been demonstrated through innovate techniques to conserve the radio spectrum, modulation and coding methods
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