M.Tech in Biomedical Engineering Course in Dehradun: Syllabus, Fee, Admission 2025

Welcome to Graphic Era’s M.Tech program in Biomedical Engineering. Known to be a center of academic excellence and technical innovation, Dehradun University. There is a higher demand than ever for individuals with knowledge of both engineering and medical sciences as healthcare rapidly changes due to technological advancements. In the nexus of biology, engineering, and medicine, where discoveries in biomedicine, AI-powered diagnostics, and life-saving gadgets are influencing the future, this curriculum is designed to prepare students.

If you have a strong desire to use science and technology to improve people’s lives, this postgraduate program provides an optimal environment for you to develop a fulfilling career.

Enquire Now

Launch your career in business with our M.Tech program. Experienced faculty, hands-on learning, and industry connections.

Apply

Course Information

Admission Procedure

Admission to the M.Tech in Biomedical Engineering is based on entrance examination and merit performance, in accordance with university norms. Applicants can apply through the online application portal available on the university’s official website.

Selection will typically be based on:

GATE scores (preferred, but not mandatory).
Performance in qualifying degree (B.Tech/B.E./M.Sc./MBBS/BDS/B.Pharma).
University-level entrance exam or interview (where applicable).
Academic merit and professional experience (if any) may also be

Provisional Admission

Provisional admission may be granted to candidates who are awaiting the results of their qualifying exam, if they submit their final grade reports prior to the start of the academic year. This guarantees that worthy candidates won’t be denied the chance because of delayed results.

Course Duration:

2 Years (4 Semesters) full-time postgraduate

Intake Capacity:

30 Seats (subject to university and AICTE/UGC guidelines)

Eligibility Criteria

B.Tech./B.E. in relevant engineering fields (Biomedical, Biotechnology, Chemical, Computer Science, Electrical, Electronics and Communications, Instrumentation, Mechanical Engineering, Computer Science and Information Technology, Metallurgy and Material Science), or an M.Sc. (or equivalent) in Physics, Biotechnology, Chemistry, Life Sciences, and related sciences. MBBS, BDS, B.Pharma, and related disciplines are also eligible. Applicants must have secured at least 50% marks (45% for reserved categories) in their qualifying examination.

Important Links

Fee Structure

Scheme

Curriculum

Key Highlights

Device design, electronics, biology, and artificial intelligence are all included in this interdisciplinary
Research-driven learning places a strong emphasis on using creative research to address pressing issues.
Modern labs include those for tissue engineering, simulation software, medical imaging, and biomedical
Jobs in the Industry: connections to research institutions, biomedical businesses, and
Predictive modeling, AI-based diagnostics, and machine learning are among the modules of artificial intelligence in
Work with seasoned academics, business leaders, and medical experts for mentorship and
Capstone projects: centered on imaging, biomaterials, health informatics, or the creation of medical devices.

Career Prospects

Graduates of this program are in a unique position to combine medical application with engineering innovation.

The need for biomedical professionals is rising quickly due to the increased emphasis on personalized medicine and better healthcare infrastructure worldwide.

Leading Career Positions:

Clinical Engineer
Medical Device Engineer
Biomedical Research Scientist
Healthcare AI/ML Engineer
Regulatory Affairs Specialist
Healthcare Technology Consultant
Rehabilitative Engineering Professional
Health Data Analyst

Industries to Explore:

Medical device manufacturing
Biotechnology firms
Healthcare IT and AI startups
Hospitals and diagnostic centers
Pharmaceutical RCD
Government agencies and regulatory bodies
Academic and industrial research labs

Frequently Asked Questions

1. What is the difference between Biomedical Engineering and Biotechnology?

Although the two fields deal with living sciences, biomedical engineering is mainly concerned with engineering uses in healthcare, such as AI tools,

prosthetics, and imaging technologies. On the other hand, biotechnology is primarily concerned with biological processes, including medication development, molecular biology, and genetics.

2. Can a medical graduate like MBBS or BDS pursue this course?

Yes! In fact, graduates with an MBBS, BDS, or B.Pharma are urged to apply. When combined with engineering tools and research, their knowledge of medical science offers a great deal.

3. Is there any opportunity for industry exposure or internships during the course?

Yes, absolutely. The university collaborates with biomedical companies, hospitals, research centers, and healthcare startups for student internships. These opportunities are often available during summer breaks or as part of the major project in the final year.

4. Is this program suitable for students aiming to pursue a PhD or academic career?

This program provides a strong research foundation in both theory and application, preparing students for PhD programs in India or abroad. Graduates can also pursue teaching and academic research roles in universities.

5. Can a medical graduate like MBBS or BDS pursue this course?

Yes! In fact, MBBS, BDS, and B.Pharma graduates are encouraged to apply. Their understanding of medical science adds tremendous value when paired with engineering tools and research.

Admissions Open 2025

The application process at Graphic Era is strictly based on the Merit of the qualifying examination with the entire Admission Process available for completion online

Visit Our Campus

Talk to our Counsellors

Apply Now