UPES B.Tech Biomedical Engineering: Fees 2026, Course Duration, Dates, Eligibility

Ans. UPES B.Tech Biomedical Engineering offers two specializations: Bio Fabrication and Biomedical Robotics. The Bio Fabrication track covers tissue engineering, biomaterials, and fabrication techniques for biomedical applications. The Biomedical Robotics specialization is distinctive in the Indian B.Tech landscape and equips students with skills in robotic systems designed for surgical assistance, rehabilitation, and medical device automation in clinical and research environments.

Ans. No, Mathematics is not mandatory for B.Tech Biomedical Engineering at UPES. The programme accepts Biology in lieu of Mathematics in Class XII. Students with Physics, Chemistry, and Biology as their core subjects in Class XII are eligible to apply. This makes the programme accessible to students from a life sciences or pre-medical background who want to pursue engineering in the healthcare technology domain.

Ans. The total programme fee for B.Tech Biomedical Engineering at UPES across eight semesters is INR 18,59,600, excluding hostel charges. Year 1 fees are higher due to one-time registration and development charges. Hostel accommodation is optional and billed separately at INR 1,83,000 to 2,32,000 per year. Students should confirm the current fee schedule with the UPES School of Health Sciences and Technology admissions office before enrolling.

Ans. Graduates of B.Tech Biomedical Engineering from UPES work as biomedical device engineers, clinical researchers, tissue engineers, biomedical data analysts, and healthcare consultants. The Bio Fabrication specialization supports careers in medical device manufacturing and biomaterials research, while the Biomedical Robotics track opens roles in surgical robotics companies, rehabilitation technology firms, and healthcare automation startups in India and globally.

Ans. The B.Tech Biomedical Engineering curriculum at UPES is an interdisciplinary programme combining health science, engineering, computer science, and design across 160 credits. It incorporates AI and machine learning, biosensors, signal processing, and biomaterials alongside core engineering subjects such as thermodynamics and robotics. The integration of biomedical robotics as a dedicated specialization and the inclusion of hands-on industrial internships make it distinctive among private university biomedical engineering programmes in India.