Yes, campuses offering this diploma place a very strong emphasis on internships, hands-on training, and real-world exposure, since practical knowledge is just as important as theory in technical fields. Students get the opportunity to work on live industrial projects, workshops, and lab-based training sessions that simulate real industry environments.
Colleges usually collaborate with leading companies, R&D centers, and manufacturing units, where students undergo industrial visits, summer training, and internships to understand how concepts learned in the classroom are applied in real-world scenarios. For example, you may get exposure to areas like electronics circuit design, embedded systems, robotics, IoT applications, telecom networks, and automation systems.
In addition, many institutions provide specialized training modules and professional certifications at no extra cost, which give students an edge during placements. These certifications often cover trending technologies like Artificial Intelligence, Machine Learning, Cloud Computing, Cyber Security, 5G Communication Systems, and VLSI Design, depending on the course specialization.
Through such structured internships and skill-building programs, students gain:
Practical problem-solving ability by working on live equipment and technologies.
Confidence to handle real-world projects in industries like IT, electronics, telecom, manufacturing, and aerospace.
Industry readiness makes them attractive candidates for top recruiters.
In short, the diploma is designed not just to provide classroom learning but also to ensure that every student gets experiential learning through training, internships, and industry tie-ups. This makes graduates capable of smoothly transitioning into professional roles or even pursuing higher education with a strong practical foundation.