Academic Collaborations

Key Areas of Academic Collaborations:

1. Memoranda of Understanding (MoUs): The department has signed MoUs with universities, industries, and R&D labs to promote faculty/student exchange, collaborative research, curriculum enhancement, and resource sharing.
2. Faculty Exchange and Guest Lectures: Collaboration with other academic institutions facilitates expert lectures, joint workshops, and faculty exchange programs, contributing to capacity building and knowledge sharing.
3. Student Exchange and Internships: Partnering with academic and industrial organizations allows students to pursue internships, minor projects, and training in real-world applications, enhancing practical exposure and employability.
4. Joint Conferences and Workshops: The department collaborates with professional bodies like IEEE, IETE, and ISTE to organize conferences, seminars, workshops, and short-term training programs on emerging technologies.
5. Curriculum Development and Resource Sharing: Academic collaborations help in the joint development of syllabi, lab manuals, and course content aligned with global trends and industry needs, promoting Outcome-Based Education (OBE).
6. Innovation and Entrepreneurship Support: Collaboration with incubation centers and innovation hubs enables students and faculty to develop prototypes and startups with technical and mentorship support.
7. Professional Certification and Training: Through collaboration with platforms like NPTEL, Linkedin learning, and industry partners (e.g., Cadence, Synopsis), students and faculty engage in advanced training and certification in domain-specific skills.

The Department also has the following Knowledge Partners:

• INTEL Internet of Things (IOT) is a centre for higher education program for conducting FDPs, Events, Workshops on GALILEO and EDISON platform.
• ELCINA for organizing events, workshops on VLSI and Semiconductor design.
• SYNOPSYS, XILINX and CADENCE tools for developing advanced digital and analog/mixed signal designs.
• MITSUBISHI Lab for providing various training related to optimization and control.
• ARDUINO Lab for various projects, enabling control over motors, LEDs, and other electronic components .
• SEMulator 3D for semiconductor process simulation.