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.The program also provides a pathway to pursue Electronics and Telecommunication Engineering at the undergraduate level.
- Circuit Design
- Hardware Programming
- Communication Systems
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Diploma Students
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Placements
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
"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 EngineeringFaculty Profile
Dr. Snehasis Dey
Associate Professor
Prof. Sandeep Kumar Mishra
Assistant Professor
Prof. Asit Kumar Satapathy
Assistant Professor
Prof. Prasant Sethi
Assistant Professor
Prof. Anwesha Halder
Assistant Professor
Dr. Subhangi Kalingani
Assistant Professor
Prof. Saswati Pattnaik
Assistant Professor
Mrs. Sradhanjali Das
Technical Assistant
Ms. Tatini Jena
Technical Assistant
Mrs. Kadambini Himansu
Assistant Professor
MS. DEBIKA RANI SAHU
Assistant Professor
Electronics & Telecommunication Engineering
Laboratories
Analog & Digital Lab
Modern oscilloscopes and signal generators for circuit testing.
Telecom Systems Lab
Equipped with satellite and fiber optic communication trainers.
Library & Learning Resources
Students benefit from access to technical resources covering communication theory, analog systems, digital electronics, embedded technology, and signal processing.
- Reference books on electronics and telecom systems
- Lab manuals and project documentation
- Technical journals, design notes, and digital archives
Top Alumni
Telecom Engineer
Graduates contribute to telecom service providers, electronics manufacturing, embedded product teams, and digital infrastructure roles.
Embedded & IoT Developer
Many students move into embedded design, smart systems, and automation solutions for modern industries.
Higher Education & Technical Careers
Students often advance through diploma-to-degree pathways and technical roles in the electronics sector.
PEO's & PO's
The program aims to prepare students for practical careers in electronics, communication systems, and technology-driven industries.
PEO 1
Prepare students for employment in electronics, communication, and embedded technology sectors.
PEO 2
Develop technical skills in circuit design, signal processing, and telecom systems.
PEO 3
Encourage innovation, safety, and responsible use of modern electronic and communication technologies.