Programs

B.Tech in Electronics & Communication Engineering

About Program

The B.Tech in Electronics & Communication Engineering at GRD covers electronic devices, communication systems, VLSI, embedded systems and IoT, with lab-based learning and industry projects.

New Age Engineering with Dual Specialization (Industry 5.0): a four-year, 180-credit B.Tech that joins digital intelligence (programming, AI, data and security) with physical systems (VLSI, embedded systems, machines and drives). Students go deep in two specializations of their choice, which are co-designed, co-delivered and co-certified with industry.

Duration

4 Years

(8 Semesters, 180 Credits – Regular Entry)
3Years

(Lateral Entry)

Fee structure

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Eligibility Criteria

For B.Tech (4-Year Program)

Minimum

50% marks

In Class X and XII, with a minimum of 50% in Physics, Chemistry and Mathematics in Class XII.

For 3-Year Lateral Entry

3-Year Diploma in a relevant engineering branch, or B.Sc. with Mathematics, from a recognized institution (as per university norms).

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Program Educational Objectives (PEOs)

The B.Tech in Electronics & Communication Engineering program at GRD aims to:

PEO-2

Build strong foundational and advanced knowledge in the discipline.

PEO-3

Develop practical, analytical and problem-solving skills through hands-on learning and projects.

PEO-4

Foster ethical values, communication skills and teamwork.

PEO-5

Prepare graduates for employment, entrepreneurship and higher studies.

Scope and Teaching Method

Scope

New Age Engineering with Dual Specialization: the core subjects are the same in every branch, and every student chooses any two specializations from ten industry co-designed baskets. Specialization I runs from Semester III to VI, and Specialization II, from a different basket, runs from Semester V to VIII.

Cyber-Physical & Mobility

Robotics & Autonomous Systems – Robotics Engineer, ROS Developer, Automation Engineer
Smart Manufacturing & Industrial Automation – Manufacturing Systems Engineer, Digital Twin Engineer, Reliability Analyst
Embedded Systems, IoT & Edge Intelligence – Embedded Engineer, IoT Solutions Engineer, Edge AI Developer
Autonomous Aerial Systems – UAV/Drone Engineer, Computer Vision Engineer, Flight Autonomy Developer
Aerospace & Avionics – Avionics Engineer, Flight Data Analyst, Space Systems Engineer
Electric Vehicles – EV Systems Engineer, Automotive Software Engineer, ADAS Engineer

Computing & Data

AI & ML – ML Engineer, NLP Engineer, AI Solutions Engineer
Data Science – Data Engineer, Data Analyst, BI Developer
Cyber Security & Forensics – Security Analyst, Penetration Tester, Forensics Analyst
Modern Software Engineering – Software Engineer, Cloud/DevOps Engineer, Backend Developer

Flexible exits: Certificate after Year 1 (42 credits), Diploma after Year 2 (99 credits), Advanced Diploma after Year 3 (152 credits), and the B.Tech degree after Year 4 (180 credits).

Learning by doing: 22 credits of internships and projects, covering the Social Internship, Civil Internship, two Minor Projects, a Summer Internship and two Major Projects.

Teaching Methodology

Interactive Lectures – Concept-based classroom teaching with case studies.
Practical Learning – Labs, workshops and field work.
Industry Exposure – Internships, industry visits and guest lectures.
Projects and Presentations – Individual and team projects to build applied skills.