Pravin Patil College of Diploma Engineering and Technology Thane B.Tech Electronics and Biomedical Engineering: Fees 2026, Course Duration, Dates, Eligibility

Ans. B.Tech Electronics and Biomedical Engineering combines core electronics engineering subjects such as circuits, signals, and embedded systems with biomedical-specific topics including medical instrumentation, imaging systems, biosensors, and healthcare device design. The interdisciplinary curriculum prepares graduates for roles in medical equipment manufacturing, hospital engineering departments, diagnostic labs, and health-tech companies.

Ans. Admission is through MHT CET 2026 (PCM group) or JEE Main 2026, both processed via DTE Maharashtra CAP at fe2026.mahacet.org. Candidates register for CAP, submit documents, and fill an option form listing preferred colleges and branches. Seat allotment is based on merit rank and seat availability in the Electronics and Biomedical Engineering branch.

Ans. The total fee for the 4-year B.Tech Electronics and Biomedical Engineering programme is INR 3,55,300 as per 2026 admission data. Eligible SC/ST/OBC/VJNT and EBC students can apply for Maharashtra Post-Matric and EBC/OBC scholarships through mahadbtmahait.gov.in to reduce the net fee outgo during the programme.

Ans. Graduates can pursue careers as biomedical engineers, medical equipment technicians, clinical engineers, and electronics design engineers in hospitals, diagnostic centres, medical device manufacturers, and health-tech startups. Companies in the medical devices space, including those in Mumbai and Pune, recruit electronics and biomedical graduates. Postgraduate options include M.Tech in Biomedical Engineering or VLSI Design through GATE.

Ans. Yes. While Electronics and Communication Engineering (ECE) focuses on communication systems, RF, and signal processing, Electronics and Biomedical Engineering includes additional subjects specific to the healthcare domain such as medical instrumentation, physiological measurement, and biomedical imaging. Both branches share core electronics fundamentals but differ in their application domains and elective specialisations.