B.Tech in Electronics & Telecommunication Engineering
Engineering intelligent communication systems powering the connected world.
Program Overview
This program focuses on electronic systems and communication technologies, covering signal processing, embedded systems, VLSI, and wireless networks. It develops analytical, design, and implementation skills essential for modern electronic and telecommunication applications.
Students gain knowledge in electronic circuits, communication systems, embedded platforms, signal analysis, networking technologies, and emerging domains such as IoT and VLSI through laboratory work, projects, and applied problem-solving.
At a Glance
Duration
4 Years
Semesters
8 Semesters
Scholarship
Available
Eligibility
Qualification
10+2 Science
Subjects Required
Minimum Score
45% aggregate, minimum 50% in each subject
Entrance Exams
Program Highlights
Integrated Curriculum
Strong balance of electronics, communication, and computing fundamentals
Hands-on Learning
Extensive laboratory work and project-based learning
Research Exposure
Opportunities in advanced communication and electronics research
Interdisciplinary Focus
Integration of IoT, VLSI, and intelligent systems
Syllabus
The curriculum progresses from foundational electronics and mathematics to communication systems, signal processing, embedded platforms, and advanced telecommunication technologies, supported by laboratories, mini-projects, and capstone design experiences.
Major Specialization Tracks
Students may select a specialization to develop deep expertise. Elective subjects will be based on the chosen track.
Smart Robotics and IoT Driven Application Development
Designing intelligent robotic systems and IoT-based real-world applications
Product Design
End-to-end electronic product design from concept to commercialization
VLSI Chip Design Technology
Advanced VLSI architecture, chip design, and semiconductor implementation
Advanced Communication System
Next-generation wireless, RF, and high-speed communication technologies
Cloud Computing
Scalable cloud architectures, deployment, and distributed computing solutions
Data Science
Data-driven modeling, analytics, and intelligent decision-making systems
Program Outcomes
- Design electronic and communication subsystems for real-world applications
- Analyze signals, networks, and system performance parameters
- Develop embedded and communication-based solutions
- Implement and evaluate emerging telecommunication technologies
Career Pathways
Graduates are equipped to work with top-tier tech companies and startups in a wide range of roles.