Academic Coordinators
Mr. Sampath Kumar B
Dr. Pradeep T M
Academics
The Department of Electronics and Communication Engineering follows a structured academic framework designed to provide quality education and holistic student development. Academic activities are systematically planned and documented through time tables, program documents, course files, lesson plans, and calendars of events to ensure smooth and effective delivery of the curriculum.
The time table is carefully designed to balance theory, laboratory sessions, tutorials, and co-curricular activities, while program and course documents clearly define learning objectives, outcomes, and teaching methodologies. The academic calendar outlines important events such as examinations, workshops, industrial visits, internships, technical activities, and cultural programs, ensuring that students experience both academic rigor and overall personality development.
Regular monitoring of academic progress, continuous assessment, and feedback mechanisms are implemented to maintain quality standards. This systematic academic approach enables students to achieve excellence in learning, research, and professional readiness in the dynamic field of electronics and communication engineering.
B.Tech. in Electronics and Communication Engineering
Duration: 4 Years (8 Semesters)
Eligibility: 10+2 with Physics, Chemistry, and Mathematics
Intake: As per university norms
Program Highlights
- Comprehensive curriculum covering core and emerging areas of ECE
- Hands-on training in modern laboratories
- Industry-oriented projects and internships
- Research opportunities in cutting-edge areas
- International collaborations and exchange programs
- Soft skills and personality development programs
FET Engineering Portal
Official Academic Resources
Access comprehensive information about our Faculty of Engineering and Technology programs, detailed curriculum, academic policies, and official documentation.
Visit FET PortalCore Subject Areas
VLSI Design
Digital system design, IC fabrication, physical design
Embedded Systems
Microcontroller and microprocessor-based system design
Analog & Digital Electronics
Fundamentals of electronic circuits, devices, and systems
Communication Systems
Analog and digital communication, wireless technologies
Signal Processing
Digital signal processing, image processing, transforms
Control Systems
Feedback systems, stability analysis, automation
Curriculum Structure
| Year | Focus Areas | Key Activities |
|---|---|---|
| First Year | Engineering Fundamentals, Basic Sciences, Programming | Foundation courses, Laboratory practice |
| Second Year | Core ECE Subjects, Circuit Analysis, Digital Systems | Mini projects, Technical workshops |
| Third Year | Advanced Topics, Electives, Specializations | Industrial training, Research projects |
| Fourth Year | Major Project, Advanced Electives, Industry Exposure | Capstone project, Placement preparation |
Laboratory Facilities
- Basic Electronics Laboratory
- Digital Electronics Laboratory
- Microprocessor & Microcontroller Laboratory
- Communication Systems Laboratory
- VLSI Design Laboratory
- Signal Processing Laboratory
- Embedded Systems Laboratory
- Hardware Workshop
Teaching Methodology
- Interactive classroom sessions with multimedia support
- Laboratory experiments and hands-on training
- Project-based learning and problem-solving
- Industry expert lectures and seminars
- Online learning resources and MOOC integration
- Continuous assessment and feedback