Vision

To be a national leader in imparting quality education, carrying out research and technology development in the field of Electronics and Telecommunication Engineering.

Mission

To mould young students into rational thinking engineers. Transforming young students into engineers who are motivated by a passion for professional excellence. To produce engineers who are driven by human values and proactively engaged in betterment of society.

Electronics and Communication Engineering

Vision
To be a national leader in imparting quality education, carrying out research and technology development in the field of Electronics and Communication Engineering.

Mission :

To mould young students into rational thinking engineers.
Transforming young students into engineers who are motivated by a passion for professional excellence.
To produce engineers who are driven by human values and proactively engaged in betterment of society.

Program Educational Objectives :

The graduates of the program will have necessary background in the field of Electronics and Communication Engineering to deal with engineering problems & pursue PG/research program to excel as engineering professional in industries and society at large.
The graduates of the program will have ability towards innovation and entrepreneurship that caters to the need of the industries and society at large.
The graduates of the program will have an attitude to apply technical knowledge to solve real life problems and develop the competent work force to carry out consultancy services to the industries and service providers.
The graduates of the program will have the qualities like creativity, leadership, team-work skills, and professional ethics, thus contributing towards the growth and development of the society and to inculcate an attitude towards lifelong learning process.

Programme Outcomes (POs):

Graduates will demonstrate the knowledge of Analog and Digital circuits, Signal Processing and System Engineering, Analog and Digital Communication Systems, Microprocessors and Embedded systems, etc., besides basic sciences, i.e., Applied Mathematics, Physics and Chemistry for solution of engineering/ technological problems.
Graduates will demonstrate an ability to identify, formulate and solve problems related to Electronics and Information/Communication Technology (E & ICT).
Graduates will be able to design and implement electronic systems (both analog and digital) requiring combined design of hardware and software.
Graduates will investigate and analyze complex electronics and communication related process and design solutions in terms of hardware and software.
Graduates will demonstrate ability to fully utilize the modern instruments, software tools for evaluation of existing systems and to improve such systems as per changing requirements.
Graduates will have ability to improve the functioning of E & ICT systems being used in diverse scenarios considering the health and safety of the people.
Graduates will be able to understand the impact of E & ICT project implementation/ commissioning with respect to societal and sustainability aspects.
Graduates will be able to realize their professional responsibilities following the ethical values.
Graduates will be able to demonstrate leadership skills and be able to work in team environment to achieve professional and organizational goals, facilitate growth of others and obtain substantive results.
Graduates are expected to be well articulate to present their professional expertise for problem solving in the field of E & ICT both orally and in written forms.
Graduates will able to manage projects and will have entrepreneurial attitude.
Graduates will demonstrate continuous learning temperament (life-long learning) to tackle the ever evolving requirements of the E & ICT field.

Year Of Establishment :
- Year 1985

Intake :
- i. Under Graduate Program - 114
  - ii. Post Graduate Program – 24

Degree Offered :

- i. Under Graduate Program - B.Tech. ( Electronics and Communication Engineering)
  - ii. Post Graduate Program - M. Tech.( VLSI & Embedded System )
    iii. Ph.D Program

Vision
To be a national leader in imparting quality education, carrying out research and technology development in the field of Electronics and Communication Engineering.

Mission :

To mould young students into rational thinking engineers.
Transforming young students into engineers who are motivated by a passion for professional excellence.
To produce engineers who are driven by human values and proactively engaged in betterment of society.

Program Educational Objectives :

The graduates of the program will have necessary background in the field of Electronics and Communication Engineering to deal with engineering problems & pursue PG/research program to excel as engineering professional in industries and society at large.
The graduates of the program will have ability towards innovation and entrepreneurship that caters to the need of the industries and society at large.
The graduates of the program will have an attitude to apply technical knowledge to solve real life problems and develop the competent work force to carry out consultancy services to the industries and service providers.
The graduates of the program will have the qualities like creativity, leadership, team-work skills, and professional ethics, thus contributing towards the growth and development of the society and to inculcate an attitude towards lifelong learning process.

Programme Outcomes (POs):

Graduates will demonstrate the knowledge of Analog and Digital circuits, Signal Processing and System Engineering, Analog and Digital Communication Systems, Microprocessors and Embedded systems, etc., besides basic sciences, i.e., Applied Mathematics, Physics and Chemistry for solution of engineering/ technological problems.
Graduates will demonstrate an ability to identify, formulate and solve problems related to Electronics and Information/Communication Technology (E & ICT).
Graduates will be able to design and implement electronic systems (both analog and digital) requiring combined design of hardware and software.
Graduates will investigate and analyze complex electronics and communication related process and design solutions in terms of hardware and software.
Graduates will demonstrate ability to fully utilize the modern instruments, software tools for evaluation of existing systems and to improve such systems as per changing requirements.
Graduates will have ability to improve the functioning of E & ICT systems being used in diverse scenarios considering the health and safety of the people.
Graduates will be able to understand the impact of E & ICT project implementation/ commissioning with respect to societal and sustainability aspects.
Graduates will be able to realize their professional responsibilities following the ethical values.
Graduates will be able to demonstrate leadership skills and be able to work in team environment to achieve professional and organizational goals, facilitate growth of others and obtain substantive results.
Graduates are expected to be well articulate to present their professional expertise for problem solving in the field of E & ICT both orally and in written forms.
Graduates will able to manage projects and will have entrepreneurial attitude.
Graduates will demonstrate continuous learning temperament (life-long learning) to tackle the ever evolving requirements of the E & ICT field.

Year Of Establishment :
- Year 1985

Intake :
- i. Under Graduate Program - 114
  - ii. Post Graduate Program – 24

Degree Offered :

- i. Under Graduate Program - B.Tech. ( Electronics and Communication Engineering)
  - ii. Post Graduate Program - M. Tech.( VLSI & Embedded System )
    iii. Ph.D Program

The syllabus of NIT Raipur has been designed in keeping with the present requirements of the Industry. The endeavor of apprising the student of the latest in Information and Technology has resulted in up gradation of the syllabus from time to time, the latest changes being brought into effect from 2019.

Name of the laboratory	Significant equipments and software available
Analog Circuits Lab	CRO, Agilent DSO (100MHz), Workbench Along With DSO, Function Generator, Variable DC & AC Power Supply, LCR Meter, Different Amplifier and Oscillator Trainer Kit, Analog-Digital Trainer Kit, Multimeter, Neurosky Mind Wave Mobile For Research Purpose
Communication Lab	Internet of things (IOT) laboratory set-up with various air quality, water quality, agricultural and smart city sensors; Wireless sensor network hardware nodesthat can be used to develop multi-node WSN; Analog and digital communication Modulation Trainer kits; software defined radio (SDR) for digital communication lab experiments, Optical Fiber Communication Trainer Kits
Computer Lab	Exata Cyber / Qualnet, Matlab 2010, Multisim and Ultiboard 11.0
Computer Vision Lab	Sony Handy cam (Video Hi8, Digital 8), Imaging Evalution kit C64x [A.T.E.M.E.], Webcam basic Multiprocessor Board [Crosscore Development Tools] Network License of Matlab with 18 computers
Digital Electronics Lab	Trainer kits and instruments for basic digital electronics and microprocessor courses, TMS320C6711 DSP kits, Scorbot-er 2u robotic arm, Transtech TSP36N multiprocessor board, Daytona software radio, DSO (100 MHz).
DSP Lab	NI USRP, Agilent Programmable arbitrary function generator (Dual channel, 25 MHz), Agilent 500 MHzMixed Signal Oscilloscope, Agilent DSO (60 MHz, 100 MHz, 200 MHz), TI C6713 DSK, Code composer studio, LabView, Benchmark wireless communication trainer, RF (3 GHz) signal generator.
VLSI & Microelectronics Lab	WorkStation HP Z440, Workstation Dell Precision 5820, Computer HP Elite Desk, Cadence IC6.15, Mentor Graphics Version10.5_4, Synopsys, Vivado and Xilinx Version 2016.2, Silvaco, SPARTAN-3AN, VERTEX -6, ARTIX-7, Altium Nano board, COMSOL Multiphysics, Cogenda Visual TCAD
Embedded System Lab (Established in Collaboration with Texas Instruments)	Texas Instruments ASLKv2010 Starter kit ASLKv2010 Starter Kit MSP430 Launch Pads, MSP5529/5438 Experimenter Boards AM335x Sitara Kits Beagle Board Beagle Bone
Microwave Lab	Microwave test benches, Microwave power meter, Ansys research HF package, PCB prototyping machine, Vector network analyzer (18 GHz), Open-air radiation measurement setup, Microstrip trainer kits,Desktop workstation, Handheld multimeter, DSO (100 MHz).
Electronics Workshop	PCB making setup with dark room facility.

Name of the laboratory	Significant equipments and software available
Analog Circuits Lab	CRO, Agilent DSO (100MHz), Workbench Along With DSO, Function Generator, Variable DC & AC Power Supply, LCR Meter, Different Amplifier and Oscillator Trainer Kit, Analog-Digital Trainer Kit, Multimeter, Neurosky Mind Wave Mobile For Research Purpose
Communication Lab	Internet of things (IOT) laboratory set-up with various air quality, water quality, agricultural and smart city sensors; Wireless sensor network hardware nodesthat can be used to develop multi-node WSN; Analog and digital communication Modulation Trainer kits; software defined radio (SDR) for digital communication lab experiments, Optical Fiber Communication Trainer Kits
Computer Lab	Exata Cyber / Qualnet, Matlab 2010, Multisim and Ultiboard 11.0
Computer Vision Lab	Sony Handy cam (Video Hi8, Digital 8), Imaging Evalution kit C64x [A.T.E.M.E.], Webcam basic Multiprocessor Board [Crosscore Development Tools] Network License of Matlab with 18 computers
Digital Electronics Lab	Trainer kits and instruments for basic digital electronics and microprocessor courses, TMS320C6711 DSP kits, Scorbot-er 2u robotic arm, Transtech TSP36N multiprocessor board, Daytona software radio, DSO (100 MHz).
DSP Lab	NI USRP, Agilent Programmable arbitrary function generator (Dual channel, 25 MHz), Agilent 500 MHzMixed Signal Oscilloscope, Agilent DSO (60 MHz, 100 MHz, 200 MHz), TI C6713 DSK, Code composer studio, LabView, Benchmark wireless communication trainer, RF (3 GHz) signal generator.
VLSI & Microelectronics Lab	WorkStation HP Z440, Workstation Dell Precision 5820, Computer HP Elite Desk, Cadence IC6.15, Mentor Graphics Version10.5_4, Synopsys, Vivado and Xilinx Version 2016.2, Silvaco, SPARTAN-3AN, VERTEX -6, ARTIX-7, Altium Nano board, COMSOL Multiphysics, Cogenda Visual TCAD
Embedded System Lab (Established in Collaboration with Texas Instruments)	Texas Instruments ASLKv2010 Starter kit ASLKv2010 Starter Kit MSP430 Launch Pads, MSP5529/5438 Experimenter Boards AM335x Sitara Kits Beagle Board Beagle Bone
Microwave Lab	Microwave test benches, Microwave power meter, Ansys research HF package, PCB prototyping machine, Vector network analyzer (18 GHz), Open-air radiation measurement setup, Microstrip trainer kits,Desktop workstation, Handheld multimeter, DSO (100 MHz).
Electronics Workshop	PCB making setup with dark room facility.

Head of Department
Name	Qualification	Designation	Contact No. / E-mail	Specialization / Area of Interest
Dr. Ajay Singh Raghuvanshi	PhD	Associate professor	07587744881, 08239992606 asraghuvanshi.etc@nitrr.ac.in	Digital Communication, Wireless Sensor Network, Artificial Intelligence, Application of Machine Learning in internet of things (IOT).

Head of Department

Name

Qualification

Designation

Contact No. / E-mail

Specialization / Area of Interest

Dr. Ajay Singh Raghuvanshi

PhD

Associate professor

07587744881, 08239992606 asraghuvanshi.etc@nitrr.ac.in

Digital Communication, Wireless Sensor Network, Artificial Intelligence, Application of Machine Learning in internet of things (IOT).

Faculty
Name	Qualification	Designation	Specialization / Area of Interest	Contact No. / E-mail
Dr. Shrish Verma	M.Tech.,Ph.D.	Professor and Dean Academics	Digital system design, image processing, computer & communication networks, distributed processing	9826424427 shrishverma@nitrr.ac.in
Dr. Ajay Singh Raghuvanshi	Ph.D	Associate professor	Digital Communication, Wireless Sensor Network, Artificial Intelligence, Application of Machine Learning in internet of things (IOT).	7587744881,8239992606 asraghuvanshi.etc@nitrr.ac.in
Dr. B Acharya	M.Tech.,Ph.D	Associate professor	Cryptography, Signal Processing, High-performance Architectures, Hardware Security, FPGA-based Designs	+91-9907445868 +91-8319193488 bacharya.etc@nitrr.ac.in
Dr. Bijayananda Patnaik	Ph.D	Associate professor	Free Space Optics, Fiber Optic Communication, IsOWC System, Optical Signal Processing, Non-linear Optics, Digital Communication, Machine Learing	9439322631, bpatnaik.etc@nitrr.ac.in
Dr. Chitrakant Sahu	M.Tech, Ph.D	Associate Professor	VLSI and Microelectronics, Non-Classical CMOS Devices and Sensors	9549655371 csahu.etc@nitrr.ac.in
Dr. Guru Prasad Subas Chandra Mishra	M.Tech.,Ph.D.	Associate professor	Digital and Analog CMOS circuits, VLSI System Design, Nanoelectronics Devices, Optoelectronics, Hardware design methodologies, FPGA based System Design.	9437306597, gpscmishra.etc@nitrr.ac.in
Dr.Toshanlal Meenpal	PhD (HBNI (BARC), Mumbai), M.Tech, IIT Kharagpur	Associate professor	Image/Video Analysis, Understanding & Processing, Computer Vision, Multimedia Security, Multimedia Forensics	09575451928, tmeenpal.etc@nitrr.ac.in
Dr. Alok Naugarhiya	M.Tech,Ph.D	Assistant Professor Gr. I	Microelectronics and VLSI Design	anaugarhiya.etc@nitrr.ac.in
Dr. Anshul Gupta	PhD (IIT Dhanbad), M.Tech (IIT BHU)	Assistant Professor Gr. I	Dielectric Resonator Antennas, MIMO Antennas, Microwave Measurements	9589633341, agupta.etc@nitrr.ac.in
Dr. Saikat Majumder	Ph.D	Assistant Professor Gr. I	Machine learning, Deep learning for wireless communication, Signal processing.	smajumder.etc@nitrr.ac.in
Dr. Suman Kumar Saha	Ph.D. (NIT Durgapur), M.Tech (JU)	Assistant Professor Gr. I	Signal Processing, Metaheuristic Optimization, Soft Computing, System Identification, Filter Design	09407925184 sksaha.etc@nitrr.ac.in
Dr.Ashish Kumar	Ph.D	Assistant Professor Gr. II	MEMS and Nanoelectronic Devices, Materials for Sensors and Actuators, Microelectronic Device Fabrication, Wideband semiconductor devices (GaN/SiC)	9461230731, Akumar.etc@nitrr.ac.in
Dr. Deboraj Muchahary	M.Tech,Ph.D	Assistant Professor Gr. II	Semiconductor Devices, Solar cell, Photodetector.	7086185123 dmuchahary.etc@nitrr.ac.in
Dr. Kaushal Kumar Nigam	Ph.D	Assistant Professor Gr. II	VLSI Devices and Circuits, FETs Based Biosensor, Strain Analysis and Ferroelectrics Based FETs	9407407060, kknigam.etc@nitrr.ac.in
Sujay Chakraborty	ME.TELE (Microwave engg)	Assistant Professor	Microwave engineering, Antenna design,wireless sensor network, Optimization(Mathematical programming), Genetic algorithm ,Fuzzy system design.Design Of Experiments (RSM and Taguchi)	Schakraborty.etc@nitrr.ac.in 7089052241
Dr. Dheeraj Dubey	Ph.D (NIT Allahabad)	Temporary Faculty	Wireless Communication , Optical Wireless Communication, Cognitive radio, Cooperative Communication, Satellite Communication, 5G	8840677530 dheeraj@mnnit.ac.in
Dr. Dipen Bepari	PhD. (IIT(ISM) Dhanbad)	Temporary Faculty	Cognitive radio, Non-orthogonal multiple access (NOMA, Resource allocation in Wireless communication systems)	dbepari.etc@nitrr.ac.in
Dr. Laxmidhar Biswal	Ph.D (IIEST Shibpur)	Temporary Faculty	Microelectronics and VLSI Design, Quantum Computing, Reversible Logic	lbiswal.etc@nitrr.ac.in
Dr. Prateek Dolas	Ph.D. (IIT Roorkee)	Temporary Faculty	Communication Systems, Signal Processing for Wireless Communication	pdolas.etc@nitrr.ac.in
Dr.Shashi Tiwari	PhD (IIT-BHU) VARANASI	Temporary Faculty	VLSI and Microelectronics, organic Electronics, OTFT, Sensors	stiwari.etc@nitrr.ac.in

Head of Department
Name	Qualification	Designation	Contact No. / E-mail	Specialization / Area of Interest
Dr. Ajay Singh Raghuvanshi	PhD	Associate professor	07587744881, 08239992606 asraghuvanshi.etc@nitrr.ac.in	Digital Communication, Wireless Sensor Network, Artificial Intelligence, Application of Machine Learning in internet of things (IOT).