The Department of Electronics and Communication Engineering at SVS Group of Institutions has consistently focused on academic excellence, innovation, industry collaboration, and student development. The department has established itself as one of the leading engineering departments in the institution by providing quality technical education and promoting research-oriented learning.
Modern laboratories equipped with advanced hardware and software for:
Laboratories support experiential learning aligned with industry requirements.
Various subjects course files are being prepared and will be uploaded in a few days.
The Indian Society for Technical Education (ISTE) is the leading national professional non-profit making society for the technical education system in our country, with the motto of career development of teachers and personality development of students and overall development of our technical education system.
It was established in the year 2015. Under ISTE, the ECE department conducts various events like paper presentations, poster presentations, technical quiz, etc. to update the knowledge and skills for students in their fields of activity, to become top quality professional engineers and technicians needed by the industry and other organizations.
The Institution of Electronics and Telecommunication Engineers (IETE) Student Chapter is a Technical Association of the ECE department focused at driving the students towards improving their technical prowess. It was established in the year 2015.
| Academic Year | B.Tech | M.Tech | ||||
|---|---|---|---|---|---|---|
| Internships | Projects | Total | Internships | Projects | Total | |
| 2025–2026 | 25 | 15 | 40 | 0 | 12 | 12 |
| 2024–2025 | 42 | 16 | 58 | – | – | – |
| 2023–2024 | 35 | 14 | 49 | – | – | – |
The department encourages continuous professional development through FDPs, NPTEL, MOOCs, industrial training, conferences, workshops, and collaborative research.
The department provides laboratories supporting analog and digital electronics, communication systems, embedded systems, VLSI, IoT, FPGA, DSP, microwave engineering, and modelling & simulation.
Smart classrooms, seminar hall, departmental library, faculty cabins, project laboratories, research facilities, high-speed internet, UPS backup, LCD projectors, printers, and departmental servers.
Preventive maintenance schedules, calibration records, stock registers, dead stock register, consumable register, AMC details, and utilization logs.
The department offers an industry-oriented curriculum aligned with outcome-based education, integrating theory, laboratory practice, projects, internships, and skill-development activities.
Student-centric pedagogy includes lectures, tutorials, laboratory sessions, project-based learning, flipped classrooms, ICT-enabled teaching, seminars, and continuous assessment.
Value-added courses, certification programs, NPTEL, MOOCs, industry electives, interdisciplinary projects, and emerging technology modules are integrated into the curriculum.
Faculty and students are encouraged to undertake quality research in VLSI, embedded systems, wireless communication, IoT, AI applications, signal processing, and semiconductor technologies.
The department promotes publications in reputed journals, conferences, patents, book chapters, and funded research proposals.
The department supports IEEE, IETE, ISTE, innovation clubs, coding clubs, entrepreneurship activities, and technical societies.
Students participate in hackathons, paper presentations, project expos, coding competitions, innovation challenges, and leadership programs.
Structured internship programs, placement training, aptitude development, soft skills, mock interviews, resume building, and alumni mentoring improve employability.
Continuous improvement is achieved through CO attainment analysis, stakeholder feedback, curriculum review, academic audits, and NBA/NAAC best practices.
The department provides structured placement training including aptitude, coding, communication, group discussions, technical interviews, resume preparation, and mock interviews in collaboration with industry.
Year-wise placement percentage, highest package, average package, recruiters, higher education, entrepreneurship, and internship conversion statistics — data to be updated.
Tables for core companies, IT companies, public sector organizations, and startup recruiters — data to be updated.
Distinguished alumni, alumni association activities, mentorship programs, guest lectures, scholarships, and alumni contributions.
Outcome-based education, mentor-mentee system, project-based learning, industry collaboration, green campus initiatives, and continuous quality improvement.
Department file index, SAR evidence, committee minutes, CO-PO attainment, academic audit reports, feedback analysis, action taken reports, and annual quality assurance documentation.
Placeholders for laboratories, workshops, conferences, industrial visits, placements, student activities, alumni meets, and achievements — images to be added.
Roadmap for semiconductor design, AI-enabled electronics, Industry 4.0, IoT innovation, entrepreneurship, research excellence, and global collaborations.
Our Institution