Content Curator | Updated on - Mar 31, 2026

The Master of Technology (M.Tech) in Biomedical Engineering is a 2-year full-time postgraduate program offered by Manipal Institute of Technology (MIT), a constituent institution of Manipal Academy of Higher Education. This specialized program focuses on the application of engineering principles to medical and biological systems, including medical device design, tissue engineering, and biomedical signal processing. The total course fee is 4.77 lakhs for the entire 2-year duration. The program is recognized by AICTE and is one of the most sought-after M.Tech specializations in India for students interested in healthcare innovation. Admission is based on merit through GATE or MET examination, with an intake of approximately 14-20 seats per year. The program is offered in full-time on-campus mode, requiring regular attendance and hands-on laboratory work at the college's state-of-the-art facilities.

Admission Status: MET 2026 registration is currently open with the last date to apply being April 26, 2026. The MET 2026 exam is scheduled for April 2026. Counselling for seat allotment is expected to commence in June 2026. Selected candidates will need to report for orientation and class commencement, typically scheduled for August 2026. Alternatively, candidates can apply through GATE 2026 (exam scheduled for February 2026) for admission to this program.

KEY POINTS

State-of-the-art laboratory facilities including PowerLab physiological signal acquisition system with bio-stimulator for ECG, EEG, EMG, EOG, respiration, and pulse monitoring
Specialized labs for Instrumentation, Electronics, Computing, Physiological Signal Acquisition, and Biomaterials and Cell Culture research
Hands-on experience with advanced equipment including hand-grip dynamometer and subject-bed for biomedical research
Mandatory industrial training as an integral part of the curriculum, providing real-world exposure to biomedical engineering applications
Final year project opportunity for independent research and development in biomedical engineering
Curriculum includes modern courses such as Tissue Engineering, Embedded Systems, Pattern Recognition, Signal and Image Processing in MATLAB
Access to Innovation Centre for multi-disciplinary research and development projects
Program established in 1989 with strong industry connections and placement record with leading companies like Siemens Healthineers, Philips, Baxter, and Robert Bosch

Official Link:

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Highlights
Fees
Admission
Scholarships
Placements
Ranking
FAQs

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17 Apr, 2026 MET 2026 Phase 1 Result out for UG/PG admissions at MAHE Manipal. Check your scores @manipal.edu. Phase 2 registration is open till Apr 26. Exam on May 23 & 24, 2026. Read more.

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MAHE M.Tech Biomedical Engineering Fees

The M.Tech Biomedical Engineering program at MAHE Manipal involves a total tuition fee of 4.77 lakhs for the entire 2-year duration. This comprehensive fee structure covers all academic and laboratory training components. Additional charges may apply for hostel accommodation (optional), which is available on campus. The fee is payable in installments as per the university's payment schedule. Caution deposit of 10,000 is included in the total fees.

Fee Structure

Fee Component	Amount (in INR)
Tuition Fee (2 years)	4,77,000
Caution Deposit	10,000
Total Fees	4,87,000

Caution deposit is refundable at the end of the course
Hostel fees are optional and charged separately if accommodation is required
Payment can be made in installments as per university guidelines
EMI options may be available through partner banks
Refund policy as per MAHE 2026 guidelines applies
GATE qualified candidates may be eligible for scholarships

MAHE M.Tech Biomedical Engineering Admission 2026

Admission to the M.Tech Biomedical Engineering program is merit-based and highly competitive. Candidates can apply through either GATE 2026 or MET 2026. GATE qualified candidates are preferred and may receive additional benefits. The admission process involves registration, entrance examination, merit list preparation, and counselling. Currently, MET 2026 registration is open with the last date to apply being April 26, 2026. GATE 2026 exam is scheduled for February 2026. Counselling is expected to commence in June 2026, with class commencement tentatively scheduled for August 2026.

Important Dates

Event	Date
GATE 2026 Exam Date	February 2026
MET 2026 Registration Start	December 2025
MET 2026 Registration End	April 26, 2026
MET 2026 Exam Date	April 2026
Result Declaration	May 2026 (Tentative)
Counselling Commencement	June 2026 (Tentative)
Orientation Date	August 2026 (Tentative)
Class Commencement	August 2026 (Tentative)

The dates mentioned above are tentative and subject to change.

Eligibility Criteria:

Candidates must possess a Bachelor of Technology (B.Tech) or Bachelor of Science (B.Sc) degree in Engineering or related field from a recognized university
Qualification in GATE 2026 or MET 2026 examination is required; merit rank determines admission
Minimum aggregate score of 50% in the qualifying degree is typically required

Admission Process:

Register for GATE 2026 on the official GATE website (gate.iitm.ac.in) or MET 2026 on Manipal's official portal before the deadline
Appear for GATE 2026 (February 2026) or MET 2026 (April 2026) examination in computer-based mode
Await result declaration and obtain merit rank
Register on Manipal's counselling portal and fill choice preferences for specializations
Participate in counselling rounds; seat allotment based on merit rank and preference
Report to MIT Manipal with required documents for admission confirmation
Complete fee payment and hostel registration (if applicable)
Attend orientation and commence classes in August 2026

MAHE M.Tech Biomedical Engineering Scholarships 2026

MAHE Manipal offers merit-based scholarships for postgraduate students, including M.Tech programs. The Merit Scholarship for M.Tech programs is available based on academic performance and entrance examination scores. Additionally, students may be eligible for scholarships under various categories including GATE scholarships, merit scholarships for meritorious students, and scholarships for students from economically weaker sections.

Scholarship Details

Scholarship Type	Eligibility	Amount/Benefits
GATE Scholarship	GATE qualified candidates	Partial to full tuition fee waiver (varies by GATE score)
Merit Scholarship for M.Tech Programs	Based on MET/GATE rank and academic performance	Partial fee waiver (up to 50%)
Merit Scholarship for Meritorious Students	Top performers in entrance examination	Up to 50% tuition fee waiver
AICTE Tuition Fee Waiver (TFW)	Eligible PG students	Full or partial tuition fee waiver
Education Loan with Interest Subsidy	All eligible students	Interest subsidy on education loans from partner banks

GATE qualified candidates receive priority for scholarships
Scholarship amounts and eligibility criteria are subject to annual review and changes
Application for scholarships must be submitted during the admission process
Merit scholarships are awarded based on entrance examination rank and academic merit
Students can avail education loans from SBI Scholar Loan, Axis Bank, ICICI Bank, Canara Bank, and Bank of Baroda with special provisions for MAHE students
Detailed scholarship guidelines are available on the MAHE official website

MAHE M.Tech Biomedical Engineering Placement 2026

The M.Tech program at MIT Manipal has an excellent placement record with strong industry connections. According to recent placement data, M.Tech Biomedical Engineering graduates secure positions in leading companies including Siemens Healthineers, Philips, Baxter, Robert Bosch, STRUmed Solutions, RTWO Healthcare Solutions, Lotus Wireless Technologies, and Sascan Meditech. The average salary package for M.Tech graduates is 12.31 LPA, with the highest package reaching 69.25 LPA. Biomedical engineering specialists are in high demand due to the growing healthcare industry and increasing demand for medical device innovation in India.

Placement Statistics

Placement Metric	Statistics
Placement Rate	90%+
Average Salary Package	12.31 LPA
Highest Salary Package	69.25 LPA
Primary Employment Sectors	Medical Device Companies, Healthcare IT, Pharmaceutical Companies, Research Institutions
Career Progression	Senior Engineer, Project Manager, R&D Lead, Researcher

M.Tech Biomedical Engineering graduates have diverse career opportunities including working as biomedical engineers in medical device companies, healthcare IT firms, pharmaceutical companies, and research institutions. Many graduates pursue further studies (Ph.D) or establish their own startups in the biomedical engineering field. The specialization is particularly valuable for those interested in medical device design, tissue engineering, and healthcare innovation.

MAHE Manipal M.Tech Biomedical Engineering Ranking

Outlook Ranking

#9 out of 160 in Top Private Colleges in India 2024

IIRF Ranking

#6 out of 173 in Top Private Colleges in India 2024

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MAHE M.Tech Biomedical Engineering FAQs

Ques. What is Biomedical Engineering and what are the career prospects?

Ans. Biomedical Engineering is the application of engineering principles to medical and biological systems. It involves designing and developing medical devices, diagnostic equipment, tissue engineering solutions, and biomedical signal processing systems. Career prospects are excellent with growing demand in medical device companies, healthcare IT, pharmaceutical companies, and research institutions. The field offers opportunities in product development, research, and innovation.

Ques. Is M.Tech Biomedical Engineering worth pursuing after B.Tech?

Ans. Yes, M.Tech Biomedical Engineering is highly worthwhile. It offers specialized expertise, higher earning potential (average 12.31 LPA), better career prospects, and the opportunity to work on healthcare innovations. The program provides hands-on experience with advanced laboratory equipment and mandatory industrial training. Additionally, the field offers excellent opportunities in research, startups, and academic careers.

Ques. What are the career options after completing M.Tech Biomedical Engineering from MIT Manipal?

Ans. Graduates can work as biomedical engineers in medical device companies like Siemens Healthineers, Philips, and Baxter, join healthcare IT firms, work in pharmaceutical companies, pursue research in academic institutions, or establish their own startups. Many graduates also pursue Ph.D programs or work in government research laboratories. The specialization opens doors to diverse career paths in the healthcare and medical technology sectors.

Ques. What makes MIT Manipal's Biomedical Engineering program unique?

Ans. MIT Manipal's Biomedical Engineering program stands out due to its state-of-the-art laboratory facilities including PowerLab physiological signal acquisition system, specialized labs for biomaterials and cell culture research, and mandatory industrial training. The program, established in 1989, has strong industry connections with leading companies. The curriculum includes modern courses like Tissue Engineering, Embedded Systems, and Signal Processing in MATLAB, ensuring students are trained in contemporary biomedical engineering practices.

Ques. What laboratory facilities and equipment are available in the program?

Ans. The program provides access to PowerLab physiological signal acquisition system with bio-stimulator for ECG, EEG, EMG, EOG, respiration, and pulse monitoring. Other facilities include Instrumentation Lab, Electronics Lab, Computing Lab, Physiological Signal Acquisition Lab, and Biomaterials and Cell Culture Lab. Students also have access to the Innovation Centre for multi-disciplinary research projects and modern computing facilities with Wi-Fi campus connectivity.

Ques. Are there opportunities for research and innovation during the M.Tech program?

Ans. Yes, research and innovation are integral parts of the M.Tech curriculum. The final year project provides a major opportunity to utilize subject knowledge for independent research and development. Students have access to the Innovation Centre for multi-disciplinary research projects. The program encourages students to work on real-world biomedical engineering problems and develop innovative solutions. Many students publish their research findings and participate in national and international conferences.