Electronics & Telecommunication

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Powering the Connected World

Electronics and Telecommunication is the engine behind everything from your smartphone to the global 5G rollout. At COEB, we don't just teach you about gadgets-we get into the circuitry, signal processing, and hardware design that makes them work. This is a practical, hands-on program for students who want to build and manage the infrastructure of a connected world.

  • Circuit Design
  • Hardware Programming
  • Communication Systems

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Total Intakes

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Placements till Now

Career Opportunities

Semiconductor & Chip Design

Help test and develop the integrated circuits (VLSI) used in modern computing.

IoT, Smart Tech & Embedded Engineering

Build the "Internet of Things", connecting industrial machines, wearable tech, and smart city infrastructure. Also, where computer systems found inside cars, medical tools, and consumer electronics.

Telecom Operations

Work on the ground with 5G networks, mobile tower maintenance, and large-scale data transmission.

CORE FOCUS AREAS

Our curriculum is built around these pillars of modern electronic engineering.

Robotics & Automation

Using microcontrollers to create systems that can think, move, and react to their environment.

Digital Hardware

Understanding chip architecture and the logic gates that form the foundation of all modern computers.

Network Infrastructure

Setting up the routers, switches, and secure links that keep the internet running.

HOD's Message

HOD
"As industries continue to move towards smarter and faster technologies, the demand for technically skilled electronics professionals continues to grow across every major sector. The department remains focused on shaping professionals who are not only technically capable, but also prepared to contribute confidently to the next generation of electronic and communication technologies."

Dr. Snehasis Dey

Associate Professor & HOD, Electronics & Telecommunication Engineering

Faculty Profile

Dr. Snehasis Dey

Dr. Snehasis Dey

Associate Professor & HOD

Electronics & Telecommunication Engineering

Dr. Subhangi Kalingani

Dr. Subhangi Kalingani

Assistant Professor

Electronics & Telecommunication Engineering

Mr. Salil Kumar Malla

Mr. Salil Kumar Malla

Assistant Professor

Electronics & Telecommunication Engineering

Mr. Sandeep Kumar Mishra

Mr. Sandeep Kumar Mishra

Assistant Professor

Specialization in Signal Processing

Mrs. Anwesha Halder

Mrs. Anwesha Halder

Assistant Professor

Electronics & Telecommunication Engineering

Mr. Asit Kumar Satapathy

Mr. Asit Kumar Satapathy

Assistant Professor

Electronics & Telecommunication Engineering

Mr. Dillip Kumar Bhadra

Mr. Dillip Kumar Bhadra

Assistant Professor

Electronics & Telecommunication Engineering

Mr. Prasant Sethi

Mr. Prasant Sethi

Assistant Professor

Electronics & Telecommunication Engineering

Mrs. Saswati Pattnaik

Mrs. Saswati Pattnaik

Assistant Professor

Electronics & Telecommunication Engineering

Mrs. Kadambini Himansu

Mrs. Kadambini Himansu

Assistant Professor

Electronics & Telecommunication Engineering

Laboratories

VLSI & DSP Lab

High-end workstations with Cadence, Xilinx, and MATLAB for advanced design and simulation.

Microwave & Comm Lab

Spectrum analyzers, DSO, and antenna testing modules for satellite and optical study.

Department Library

Our library features a comprehensive collection of over 3,000 tech volumes, specifically curated for electronics and telecommunications enthusiasts.

  • Digital Signal Processing Archive
  • Advanced Wireless Journals
  • Integrated Circuits Handbooks

Top Alumni

Karan Jena

Batch of 2024

Google

DSoumya Sourav Samal

Batch of 2008

Deloitte

PEO's & PO's

Program Educational Objectives (PEOs)

PEO 1: To develop specialists in electronic design and communication technologies.

PEO 2: To enable students to adapt to emerging digital and networking paradigms.

PEO 3: To foster interdisciplinary research and ethical professional practices.

Program Outcomes (POs)

PO 1: Engineering Knowledge: Apply fundamental sciences to electronic circuit design.

PO 2: Investigation: Design and conduct experiments to analyze communication signals.

PO 3: Modern Tool Usage: Proficiency in using advanced EDA and simulation software.