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B.E in Electronics & Communication Engineering

Innovate the Future of Digital Communication

Program Overview

The Electronics and Communication Engineering (ECE) program is designed to cultivate a comprehensive foundation in electronic systems, communication technologies, signal processing, and embedded hardware design.

The curriculum integrates theoretical knowledge and experiential learning, students develop hands-on expertise in circuit design, microprocessors, and advanced communication systems, equipping them to address complex technological challenges in a rapidly evolving digital world.

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Program Outcomes (POs)

Future-Ready Electronics & Communication Engineers will demonstrate the ability to:

  • PO1: Circuit Design & Analytical Expertise: Design, analyze, and optimize analog and digital electronic circuits.
  • PO2: Communication & Signal Intelligence: Apply fundamental concepts of communication systems and modern signal processing techniques.
  • PO3: Embedded Systems & Smart Integration: Develop intelligent hardware–software solutions for automation, IoT, and next-generation electronic applications.
  • PO4: Semiconductor Technology & Device Innovation: Apply semiconductor physics and fabrication principles to design and improve advanced electronic devices.
  • PO5: Simulation & EDA Proficiency: Effectively employ industry-standard EDA tools for modeling, testing, and optimization of electronic systems.

Certifications in Year 1

Build in-demand skills from Day 1 and stay ahead in your engineering journey.

1. IOT
Internet of Things

2. AI & ML
Introduction

3. Data Analytics

4. Certification in Networking

5. Design Thinking

6. MS Excel

Engineering Experience

Beyond the classroom, we ensure hands-on exposure therough real-world challenges.

Internships Every Semester

Industry internships every semester to apply learning, gain experience and build your professional network.

Hackathons Every Month

Participate in hackathons every month to innovate, collaborate and turn ideas into impactful solutions.

Program Structure

Year 1 – Engineering Fundamentals

Mathematics, Physics, Basic Electronics, Programming.

Year 2 – Electronics Core

Subjects include:

  • Analog Electronics
  • Digital Electronics
  • Signals and Systems
  • Network Theory
Year 3 – Communication Technologies

Students learn:

  • Communication Systems
  • Microprocessors and Microcontrollers
  • Embedded Systems
  • VLSI Design
Year 4 – Industry-Oriented Learning

Students complete:

  • Professional electives
  • Industry internship
  • Capstone design project.

Career Outcomes

Pathways to Dynamic Careers :

  • Electronics Design Engineer
  • Embedded Systems Engineer
  • Telecommunications Engineer
  • Hardware Engineer
  • IoT Engineer


Graduates can build rewarding careers in telecommunications, semiconductor design, consumer electronics, robotics, and automation — contributing to modern digital infrastructure and intelligent systems.

FAQs

Yes, laboratories include circuit design, embedded systems, and communication equipment.

Students use simulation and design tools such as MATLAB and electronic circuit simulators.

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