| Undergraduate Programs

Both programs offer students the opportunity to upgrade to the 5 year Dual Degree (B.Tech+M.Tech) through the Interdisciplinary Dual Degree (IDDD) programs, three of which - (a) Computational Engineering, (b) Biomedical Engineering and (c) Complex Systems & Dynamics - are coordinated by our department faculty.

CEM prepares students for future digital engineering careers—where physical systems converge with computational intelligence. This unique program blends a learning of classical engineering knowledge with modern computational tools, to position the graduate to address tomorrow's complex, real-world engineering challenges. This program integrates state-of-art computational methods, including machine learning, data science and high performance computing along with foundational training in solid and fluid mechanics, core electrical engineering (circuits, signals, and embedded systems), material science, and dynamics. This powerful combination enables students to simulate, analyze, design and experiment physical systems across scales. This training opens the graduate to high-impact careers in the industry ranging from aerospace, robotics, automotive, and manufacturing, to emerging areas like digital twin design, smart infrastructure and sustainable energy. The program offers an excellent launchpad for graduates aspiring to shape the future of engineering and technology either in industry or academia, by becoming equipped to take leadership roles in research, entrepreneurship and innovation, in this era of intelligent and computationally driven engineering solutions.

The iBME program trains students to develop next-generation medical devices by integrating core Biomedical Engineering with strong foundations in electrical and instrumentation engineering. Its unique structure blends foundational engineering courses with modern, application-driven topics such as IoT, AI, and web-enabled medical technologies - all centered around Biomedical Engineering. Graduates of this program will be able to design clinically regulated, ethically sensitive solutions that address global healthcare challenges. The program prepares graduates for leadership as well as entrepreneurship roles in the medical device industry, rehabilitation technologies, and AI-driven healthcare systems, while fostering innovation in diagnostics and therapeutics. With a strong interdisciplinary approach and societal focus, iBME equips students to contribute meaningfully to improving patient care and offers excellent pathways to pursue higher education and/or research globally or within India, with strong opportunities in both academia and industry.