B.Tech in Electronics and Computer Science
Interdisciplinary engineering program integrating electronics, computing, and intelligent systems.
Program Overview
The B.Tech in Electronics and Computer Science integrates electronics engineering with computing technologies. It focuses on designing intelligent, connected systems using hardware, software, data-driven methods, and communication technologies for advanced engineering applications.
Students gain expertise in electronic system design, programming, data analytics, intelligent algorithms, embedded and networked systems, and the seamless integration of hardware with software-driven solutions.
At a Glance
Duration
4 Years
Semesters
8 Semesters
Scholarship
Available
Eligibility
Qualification
12th Science
Subjects Required
Minimum Score
50% in each subject and aggregate
Entrance Exams
Program Highlights
Interdisciplinary Curriculum
Integrated learning across electronics, computing, and intelligent systems
Advanced Laboratories
Hands-on experimentation with modern tools and hardware platforms
Research Exposure
Opportunities for research projects and technical publications
Industry Collaboration
Practical learning through internships and industry-aligned projects
Syllabus
The curriculum progresses from core electronics and computing foundations to advanced system design, intelligent algorithms, data-driven methods, and integrated hardware–software applications, supported by practical projects and research-based learning.
Major Specialization Tracks
Students may select a specialization to develop deep expertise. Elective subjects will be based on the chosen track.
Artificial Intelligence and Machine Learning
Algorithms and models for intelligent decision-making systems
Data Analytics
Data processing and analytical techniques for engineering applications
High Performance Computing
Parallel and distributed computing systems to achieve high speed and efficiency
VLSI Design
Integrated circuit design and semiconductor system concepts
Internet of Things
Connected device architectures and sensor-based systems
Robotics
Building of intelligent machines that can sense, decide, and act in real-world environments.
Program Outcomes
- Design intelligent electronic and computing systems
- Develop embedded and software-driven solutions
- Analyze data for system optimization
- Implement secure and scalable digital architectures
Career Pathways
Graduates are equipped to work with top-tier tech companies and startups in a wide range of roles.