ELECTRONICS AND COMMUNICATION ENGINEERING

Educational Objectives

There are ample opportunities available for candidates who possess an engineering degree in Electronics and Communication Engineering. The graduates can work in Industries like Wireless Communications and Signal Processing, Micro / Nano electronics, Lasers and Optics, Electronic Devices, Telecommunications, Nanotechnology, Robotics, Information Systems, Power Systems, Computer Software- Hardware Integration, Control Systems, and other Advanced Technologies.After completing the course gradates would be able solve industry’s technological problems. Course Designs students to be expert engineering professionals, innovators or entrepreneurs who will be taking care of technology development, technology deployment, or engineering system implementation in industry. They can opt for higher studies in engineering or management. Also build up their career in teaching or research work.

Scope of Employment

Professional Engineer specialized in Electronics and Communication engineering gets placed in leading communication companies like Reliance Communications, Tata Telecomm, Bharti Telecom, Airtel, Nokia, IBM, HCL and others.

Electronics Labs

  • Basic and Advanced Analog Electronics
  • Digital Electronics
  • Microprocessors and Microcontrollers
  • VLSI Design and Embedded Systems
  • Wireless Communication and Satellite Communication
  • RF, Microwave Engineering and Antenna Design
  • DSP and Image Processing
  • Fiber Optics and Optical Communication
  • Data Communication and Networking

Eligibility Criteria

  • After XII (1st Year ) After XII (1st Year ) Physics + Maths + Chemistry + (Bio/ Computer/Hindi) with Min. 50% (45 % for SC/ST/OBC) in 12th with qualified rank in IIT- JEE
  • Direct Admission/Lateral Entry (2nd Year)
  • 1. Min. 50%  (45% for SC/ST/OBC) in 12th & Diploma in Engg.
  • 2. With at least 60% in B. Sc (with Maths)
  • Seats – 120

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Engineering Courses

COMPUTER SCIENCE ENGINEERING

ELECTRONICS & COMMUNICATION ENGINEERING

ELECTRICAL & ELECTRONICS ENGINEERING

MECHANICAL ENGINEERING

ABOUT DEPARTMENT

Content

Course Name – Electronics and Communication Engineering

Course Type –  Full Time

Duration –      4 Years

Course Details

There are ample opportunities available for candidates who possess an engineering degree in Electronics and Communication Engineering. The graduates can work in Industries like Wireless Communications and Signal Processing, Micro / Nano electronics, Lasers and Optics, Electronic Devices, Telecommunications, Nanotechnology, Robotics, Information Systems, Power Systems, Computer Software- Hardware Integration, Control Systems, and other Advanced Technologies.

Course Objective

After completing the course gradates would be able solve industry’s technological problems. Course Designs students to be expert engineering professionals, innovators or entrepreneurs who will be taking care of technology development, technology deployment, or engineering system implementation in industry. They can opt for higher studies in engineering or management. Also build up their career in teaching or research work.

Scope of Employment

Professional Engineer specialized in Electronics and Communication engineering gets placed in leading communication companies like Reliance Communications, Tata Telecomm, Bharti Telecom, Airtel, Nokia, IBM, HCL and others.

Eligibility

  • After XII (1st Year ) After XII (1st Year ) Physics + Maths + Chemistry + (Bio/ Computer/Hindi) with Min. 50% (45 % for SC/ST/OBC) in 12th with qualified rank in IIT- JEE
  • Direct Admission/Lateral Entry (2nd Year)
  • 1. Min. 50%  (45% for SC/ST/OBC) in 12th & Diploma in Engg.
  • 2. With at least 60% in B. Sc (with Maths)
  • Seats – 120

Head of The Department 

Prof. Dr. Manish D. Sawale did his B.E. from Bhilai Institute of Technology, Durg in 1999 and M.Tech from Maulana Azad NIT, Bhopal in 2006. He also did post graduate diploma in Embedded Systems from CDAC, Bangalore in 2002. He obtained his Ph.D. degree in Adaptive Signal Processing from Maulana Azad NIT, Bhopal in 2014.

Dr. M. D. Sawale has vast experience in teaching to Electronics and Communication Engineering branch students. He has several research papers to his credit published in reputed national and international journals and presented in conferences. He has rich experience in imparting training in personality development and developing industry-institute relationship. His research interest includes Adaptive Signal Processing, Embedded Systems and Microcontrollers.

Department of Electronics & Communication(EC)

The Department of Electronics and Communication was established in 2003 and has grown to one of the best departments in the college. The faculty is highly qualified and laboratories are well equipped and maintained. The main laboratories in EC Department are:

Software Laboratory

MATLAB

The DSP Laboratory helps the students to have an idea in processor programming and also to implement the logic codes. The laboratory has about 30 systems with MATLAB software, DSP trainer and processor kits. The laboratory is fully conditioned with processor simulating tools.

1 .MULTISIM    2. XILINX    3. LABVIEW   4. PSPICE   5. FEKO

The Simulation software enable students to design, analyze & simulate and even compare with industry

Circuits Laboratory

This Laboratory includes Electronics Circuit, Electronics Devices and Design Laboratory. All types of measuring instruments and cathode ray oscilloscope, Power Supply, Multi-meters, function generators and various types of experimental kits are parts of this laboratory. Special consideration has been given in selecting the equipment in this laboratory so that the capabilities of the students are enhanced for designing basic analog circuits like oscillators, multi-vibrators, amplifiers, drivers etc.

Communication Laboratory

The experiments in this laboratory enable the students to gather basic knowledge on communication systems. Here they can perform different experiments which are the fundamental blocks of any modern communication system used. The experiments include study of AM, FM, ASK, FSK, PSK, PAM, PWM, TDM, FDM etc. The students also learn the designing of Analog to Digital Converter, Digital to Analog Converter etc

Digital Circuits Laboratory

Introduction to the vast world of digital electronics is given in this laboratory. It can support different experiments using discrete components and ICs, which are commonly used in industries and laboratories.

Microwave & Antenna Laboratory

Microwave Test Benches operating in the X band with all the associated components and with facility to conduct experiments using Gunn Oscillator and Klystron Oscillator Sources enable the students to carry out a variety of experiments. A full fledged set up with X- band antenna and turn table provide facilities to carry out radiation pattern measurements. CADFEKO software for simulations is also a part of this laboratory. Some important microwave experiments like VSWR measurement and study on Horn antenna can also be conducted in this laboratory.

Instrumentation and Measurement Laboratory

Objective of this laboratory is to make the students conversant with the Industrial instruments, which are used to measure and control the basic parameters like temperature, pressure, flow, level moisture etc. The students are taught about how the Instruments are calibrated, maintained through different experimental set-ups. This laboratory also familiarizes the students with different characteristics (Static and Dynamic) of instruments.