MTech in Biomedical Engineering: Course Details, Colleges, Fees, and Career Prospects in India

An MTech in Biomedical Engineering offers job opportunities in healthcare, manufacturing, research and other sectors. Find complete details of this course, including colleges, fees, jobs and more in this article.Β 

The healthcare industry’s increasing demand for innovative medical solutions makes an M Tech in Biomedical Engineering an attractive career path. This 2-year postgraduate course blends engineering principles and medical sciences. It requires a B.Tech or BE in a relevant field (Biomedical Engineering, Biotechnology, or Electronics Engineering) with a minimum of 50% or equivalent CGPA. The average annual fee ranges from INR 50,000 to INR 5,00,000, varying by college. Graduates can pursue careers as Biomedical Engineers, Research Scientists, and Consultants, with expected salaries ranging from INR 3 LPA to INR 8 LPA. This article provides a comprehensive overview of the M Tech in Biomedical Engineering course in India, including eligibility, admission, colleges, fees, syllabus, placement opportunities, and salary expectations. An M Tech in Biomedical Engineering allows individuals to contribute to the development of cutting-edge medical technologies and devices, significantly impacting healthcare.

MTech in Biomedical Engineering: An Overview of the Course in India

The M Tech in Biomedical Engineering applies engineering principles to medicine and biology. This 2-year program focuses on developing medical devices, equipment, and software, and applying engineering principles to solve medical problems. Here is a quick course overview:

Feature Description Details
Duration Typical course duration 2 Years
Eligibility Required educational qualification B.Tech/BE in relevant field
Average Fees Approximate tuition fees INR 50,000 – INR 5,00,000 per year (Varies by college)
Entrance Exams Exams required for admission GATE, or other university-specific exams
Top Colleges Notable colleges offering the program IIT Madras, IIT Delhi, IIT Kharagpur, Vellore Institute of Technology (VIT)
Career Options Potential career paths Biomedical Engineer, Research Scientist, Consultant, Medical Device Developer
Job Roles Specific job roles Biomedical Equipment Technician, Clinical Engineer, Medical Imaging Specialist
Average Salary Expected salary range after graduation INR 3 LPA – INR 8 LPA (Varies by experience and role)
Specializations Available specializations Biomedical Instrumentation, Medical Imaging, Biomechanics, Neural Engineering
Course Curriculum Overview of the course curriculum Combination of theoretical and practical courses, including lab work and project-based learning

MTech in Biomedical Engineering Eligibility Criteria in India

To pursue an M Tech in Biomedical Engineering in India, you typically need a Bachelor’s degree in a relevant field like Biomedical Engineering, Biotechnology, Electrical Engineering, Electronics Engineering, or Mechanical Engineering. The minimum percentage or CGPA required ranges from 50% to 60%, depending on the institution. Many colleges also require a valid GATE score.

Qualifying Degree Minimum Percentage/CGPA Primary Accepted Entrance Exams Common Additional/Preferred Requirements
B.Tech/B.E. in Biomedical Engineering 60% (55% for SC/ST/PwD) GATE (BM preferred) Valid GATE score; relevant projects in medical devices/biomechanics
B.Tech/B.E. in Biotechnology 60% (55% for SC/ST/PwD) GATE (BT, BM, XL) Biology-related background; research experience/publications preferred
B.Tech/B.E. in Electrical/Electronics/Instrumentation Engineering 60% (55% for SC/ST/PwD) GATE (EE, EC, IN) Electives in biomedical instrumentation/signals; valid GATE score
B.Tech/B.E. in Mechanical Engineering 60% (55% for SC/ST/PwD) GATE (ME) Electives in biomechanics/fluid mechanics; project work in prosthetics/rehabilitation
B.Tech/B.E. in Computer Science/IT 60% (55% for SC/ST/PwD) GATE (CS) Electives/courses in biomedical informatics, AI in healthcare; relevant projects
B.Tech/B.E. in Chemical Engineering 60% (55% for SC/ST/PwD) GATE (CH) Electives in biomaterials/tissue engineering; valid GATE score
B.Tech/B.E. in related fields (e.g., Metallurgy, Textile, Production) 60% (55% for SC/ST/PwD) GATE (relevant paper) or university exam Bridge courses often required; relevant experience in biomaterials/devices
M.Sc. in relevant sciences (Physics, Chemistry, Life Sciences, Biophysics, etc.) 60% (55% for SC/ST/PwD) GATE (BM/BT/PH/CY/XL) or university exam Strong research background; may need bridge courses in engineering basics
Medical/Health Sciences (MBBS, BDS, B.Pharm, BVSc, etc., 4+ years) 60% (55% for SC/ST/PwD) GATE (where applicable) or NEET-PG/INI-CET/GPAT/other national exams Often self-sponsored; relevant entrance qualification certificate required; research/clinical experience preferred

MTech in Biomedical Engineering Admission Process in India

The admission process for M Tech in Biomedical Engineering in India involves entrance exams, academic record, and other criteria. Most colleges require applicants to qualify in entrance exams like GATE. Some colleges conduct their own entrance exams. Follow these steps to apply:

  1. Qualify in relevant entrance exams (e.g., GATE) with a valid score.
  2. Apply to colleges offering M.Tech in Biomedical Engineering, meeting their specific eligibility criteria.
  3. Get Shortlisted based on entrance exam scores, academic record, and other criteria like work experience or research publications.
  4. Attend interviews or written tests (if required) to assess knowledge, skills, and aptitude.
  5. Receive final selection based on performance, considering all criteria.
  6. Provide original documents (degree certificates, mark sheets, entrance exam scorecards) for verification.
  7. Pay tuition fees and other charges by the specified deadline.
  8. Check individual college websites for specific admission procedures.
  9. Submit all application materials (application form, transcripts, letters of recommendation) correctly and on time.
  10. Follow up with the college admission office to confirm receipt of the application and inquire about its status.

Top Government Colleges in India for MTech in Biomedical Engineering

The following government colleges in India offer M Tech in Biomedical Engineering. Explore their location, fees and admission mode:

College Name Total Course Fees Admission Mode
IIT Madras (Chennai) β‚Ή1.52 Lakhs GATE
IIT Delhi (Delhi) β‚Ή1.02 Lakhs GATE
IIT Bombay (Mumbai) β‚Ή1.14 Lakhs GATE
IIT Kharagpur (Kharagpur) β‚Ή46.75 K GATE
IIT Hyderabad (Hyderabad) β‚Ή1.23 Lakhs GATE
IIT BHU (Varanasi) β‚Ή55.38 K GATE
IIT Indore (Indore) β‚Ή64.50 K GATE
NIT Rourkela (Rourkela) β‚Ή2.78 Lakhs GATE
Jadavpur University (Kolkata) β‚Ή9.60 K GATE
IIT Ropar (Rupnagar) β‚Ή83.69 K GATE
VNIT Nagpur (Nagpur) β‚Ή2.17 Lakhs GATE
IIEST Shibpur (Howrah) β‚Ή2.12 Lakhs GATE
MNNIT Allahabad (Prayagraj) β‚Ή2.36 Lakhs GATE
IIT Jammu (Jammu) β‚Ή93.30 K GATE
COEP Pune (Pune) β‚Ή2.20 Lakhs GATE

Top Private Colleges in India for MTech in Biomedical Engineering

The following private colleges in India offer MTech in Biomedical Engineering. Explore their fees, location and admission mode:

College Name Total Course Fees Admission Mode
SRM Institute of Science and Technology (Chennai) β‚Ή3.20 Lakhs GATE or SRMJEEE (PG)
VIT Vellore (Vellore) β‚Ή3 L VITMEE or GATE
Parul University (Vadodara) β‚Ή2.5 L GATE or University Exam
Manipal Institute of Technology (Manipal) β‚Ή3.50 Lakhs GATE
Bharath Institute of Higher Education and Research (Chennai) β‚Ή3 Lakhs University Entrance Exam
Karunya Institute of Technology and Sciences (Coimbatore) β‚Ή2.23 L GATE or University Exam
Galgotias University (Greater Noida) β‚Ή2.31 L GATE or University Exam
BMS College of Engineering (Bangalore) β‚Ή55.60 K GATE
Dr MGR Educational and Research Institute (Chennai) β‚Ή2 Lakhs GATE or University Exam
Integral University (Lucknow) β‚Ή1.30 Lakhs IUET
Shobhit Institute of Engineering and Technology (Meerut) β‚Ή2.20 Lakhs GATE or University Exam
Sir M Visvesvaraya Institute of Technology (Bangalore) β‚Ή1.88 Lakhs GATE
Velalar College of Engineering and Technology (Erode) β‚Ή1 Lakhs CEETA-PG
PSNA College of Engineering and Technology (Dindigul) β‚Ή95.20 K GATE
Rayat Bahra University School of Engineering and Technology (Mohali) β‚Ή2 Lakhs University Exam

MTech in Biomedical Engineering Syllabus: Year-wise Breakdown

Click Here to Check MTech BE IIT Guwahati Official Syllabus

The M Tech in Biomedical Engineering syllabus provides a comprehensive understanding of biomedical engineering principles and applications. The course includes core subjects, elective subjects, and practical/laboratory components.

Semester Core Subjects Electives
Semester 1 – Human Physiology / Anatomy for Engineers – Biomedical Instrumentation / Sensors & Transducers – Biomaterials – Biomedical Signal Processing – Biomechanics – Introduction to Brain & Neuroscience – Medical Ethics / Research Methodology – Biochemistry / Biophysics
Semester 2 – Biomedical Image Processing – Biosensors & Point-of-Care Devices – Biomechanics – Principles of Biomedical Electronics – AI / Machine Learning in Healthcare – Medical Robotics – Tissue Engineering – Bio-Microfluidics
Semester 3 – Advanced Biosensors / Biomedical Devices – Research Methodology / IPR – Advanced Topics (e.g., Nanomedicine or Medical Imaging) – Regenerative Medicine – Computational Neuroscience – Wearable Health Technologies – BioMEMS / IoT in Healthcare
Semester 4 – Dissertation / Thesis (major project, no regular courses) – (Limited or none; focus on project seminars or advanced self-study if needed)

Understanding Core Subjects in MTech Biomedical Engineering

Here is a detailed description of fundamental subjects taught in MTech in Biomedical Engineering:

Subject Name Subject Description
Human Physiology / Cell & System Physiology Introduces biological functions of cells, organs, and systems relevant to engineering applications.
Biomedical Instrumentation / Sensors and Transducers Covers principles of sensors, transducers, and electronic systems for medical device measurement.
Biomaterials Explores properties, selection, and applications of materials compatible with biological systems for implants/devices.
Biomechanics Studies mechanical principles applied to biological tissues, movement, and orthopedic/prosthetic design.
Biomedical Signal Processing Focuses on analysis, filtering, and interpretation of physiological signals like ECG, EEG, and EMG.
Biomedical Imaging / Medical Imaging Systems Examines techniques and physics behind imaging modalities such as MRI, CT, ultrasound, and optical methods.
Biosensors and Biomedical Devices Details design, working, and applications of sensors and point-of-care diagnostic devices in healthcare.

MTech in Biomedical Engineering Fee Structure: Government vs Private Colleges in India

The fee structure for M Tech in Biomedical Engineering varies significantly between government and private colleges. Government colleges typically have lower fees due to subsidies.

College Type Minimum Annual Fees Maximum Annual Fees Average Annual Fees Factors Influencing Fees
Government Colleges INR 50,000 INR 1,50,000 INR 1,00,000 Infrastructure, Faculty, Location
Private Colleges INR 1,80,000 INR 5,00,000 INR 3,00,000 Infrastructure, Faculty, Location, Amenities
IIT Delhi (NIRF Rank #2, NAAC A++ accredited) INR 2,25,000 INR 2,50,000 INR 2,37,500 Hostel separate: Rs 80,000/year
NIT Trichy (NIRF Rank #9, NBA accredited programs) INR 1,85,000 INR 2,00,000 INR 1,92,500 Scholarship available for top 10% students
Vellore Institute of Technology (VIT) INR 2,00,000 INR 2,50,000 INR 2,25,000 International collaborations, research opportunities
SRM Institute of Science and Technology INR 2,20,000 INR 3,00,000 INR 2,60,000 State-of-the-art infrastructure, experienced faculty
Manipal Institute of Technology INR 2,50,000 INR 3,50,000 INR 3,00,000 Industry partnerships, placement opportunities
Jadavpur University INR 1,50,000 INR 2,00,000 INR 1,75,000 Research focus, faculty expertise
Anna University INR 1,80,000 INR 2,50,000 INR 2,15,000 Infrastructure, alumni network

Entrance Exams for MTech in Biomedical Engineering in India

Admission to M Tech in Biomedical Engineering programs in India requires qualifying in national or university-level entrance exams, such as GATE.

Exam Name Eligible Colleges / Institutes Typically Conducted During
GATE (Graduate Aptitude Test in Engineering) IITs (e.g., IIT Madras, IIT Delhi, IIT Bombay, IIT Hyderabad, IIT Kharagpur), NITs (e.g., NIT Rourkela), IISc, IIEST, and most government & many private colleges February
VITMEE (VIT Master’s Entrance Examination) VIT Vellore and other VIT campuses (offers Biomedical Engineering or related programs)

April–May

SRMJEEE PG (SRM Joint Engineering Entrance Exam PG) SRM Institute of Science and Technology (Chennai and other campuses) March, May, July
CEETA-PG (Common Entrance Examination for Tamil Nadu PG) Anna University and affiliated colleges in Tamil Nadu (some offer Biomedical-related M.Tech) March–April
Other State-Level PGCETs (e.g., TS PGECET, AP PGECET, Karnataka PGCET, TANCET) State government universities and affiliated colleges (limited Biomedical seats) April–June

Top Job Roles & Salary Range After MTech Biomedical Engineering

The table below details popular job roles after MTech in Biomedical Engineering with salary ranges:

Job Role Job Description Salary Range (INR LPA)
Biomedical Engineer Design, develop, test, and maintain medical devices and equipment. 4–12
Clinical Engineer / Hospital Biomedical Engineer Manage and ensure safety/effectiveness of medical equipment in hospitals/clinics. 3.5–12
Medical Device Design Engineer Create innovative medical implants, prosthetics, and diagnostic tools. 4–15
Biomedical Research Scientist Conduct research on biomaterials, tissue engineering, or medical tech innovations. 5–18
Regulatory Affairs Specialist Ensure medical devices/products comply with regulations (e.g., CDSCO, FDA). 6–20
Rehabilitation Engineer Develop assistive devices and technologies for physical rehabilitation. 5–15
Biomaterials Engineer / Specialist Research and develop biocompatible materials for implants and tissue engineering. 6–18
Quality Assurance / Control Engineer Test and ensure quality/safety standards of biomedical products. 5–14
Professor / Academic Researcher Teach and conduct research in universities or institutes. 6–18
Clinical Research Associate Support clinical trials and data analysis for medical devices/drugs. 4–15

Top Recruiters for MTech Biomedical Engineering

Here is an overview of top companies to target while seeking a job after MTech in Biomedical Engineering:

Industry/Sector Top Recruiters
Medical Devices & Diagnostics GE HealthCare, Siemens Healthineers, Philips Healthcare, Medtronic
Global Healthcare & Pharma Johnson & Johnson, Abbott, B. Braun, DrΓ€ger
Hospitals & Clinical Services Apollo Hospitals, Fortis Healthcare, Sir H.N. Reliance Foundation Hospital
Indian MedTech & Manufacturing Meril Life Sciences, Skanray Technologies, Healthium Medtech, Cyrix Healthcare
IT/Consulting with Healthcare Focus Capgemini, Infosys (Healthcare & Life Sciences division), TCS (Healthcare vertical)
Research & Academia/Govt Labs DRDO, ICMR institutes, CSIR labs, AIIMS (research roles)

Scope for Higher Studies After MTech Biomedical Engineering

Students looking to pursue higher education after MTech in Biomedical Engineering can explore the following choices:

  • Pursuing a PhD in Biomedical Engineering enables graduates to conduct in-depth research in areas like medical devices and tissue engineering, often spanning 3-6 years, leading to careers in academia, research institutions, or advanced R&D roles in the healthcare sector.
  • Opting for an MS or PhD abroad in related fields such as Bioinformatics or Biomedical Devices offers international exposure, access to cutting-edge facilities, and opportunities for global collaborations, enhancing expertise in innovative healthcare technologies.
  • Enrolling in an MBA with a focus on Healthcare Management equips M.Tech holders with business acumen to lead medtech companies, manage hospital operations, or drive entrepreneurship in biomedical innovations, bridging technical and managerial skills effectively.
  • Joining integrated research programs like M.Tech (Research) leading to PhD at institutes such as IISc allows for seamless transition into doctoral studies, emphasizing frontier research in biomedical applications with eligibility based on prior master’s qualifications.

Preparation Tips for Admission into MTech Biomedical Engineering

Here are some practical tips that will help strengthen chances of admissions into this course:

  • Master the GATE syllabus early β€” Thoroughly analyze the official GATE Biomedical Engineering (BM) syllabus, focusing on high-weightage topics like signals, biomechanics, instrumentation, and physiology to build a strong foundation.
  • Create a structured study plan β€” Develop a realistic timetable covering core subjects, engineering mathematics, and general aptitude, with dedicated slots for daily revision and weekly mock tests to ensure consistent progress.
  • Practice previous years’ papers rigorously β€” Solve at least 10–15 years of GATE BM (and allied papers like EC/IN) questions to understand patterns, improve numerical accuracy, and boost speed under timed conditions.
  • Strengthen conceptual clarity over rote learning β€” Prioritize deep understanding of concepts, derivations, and applications in biomedical contexts rather than memorization, as GATE emphasizes problem-solving and application-based questions.
  • Prepare for interviews and counseling β€” After qualifying GATE, brush up on core biomedical topics, projects, and current trends (e.g., AI in healthcare) for written tests/interviews at IITs/NITs, and register promptly on COAP/CCMT portals.

MTech in Biomedical Engineering vs MTech in Biotechnology

MTech in Biotechnology is often compared to MTech in Biomedical Engineering. Here is a side by side comparison to help students make a clear pick:

Parameter M.Tech in Biomedical Engineering M.Tech in Biotechnology
Primary Focus Applies engineering principles (electronics, mechanics, signals) to medical/healthcare solutions (devices, imaging, prosthetics). Applies biological processes (genetics, microbiology, bioprocesses) to develop products in pharma, agriculture, environment, and health.
Core Subjects (Typical) Biomedical Instrumentation, Biomechanics, Biomedical Signal/Image Processing, Biomaterials, Biosensors, Medical Devices. Advanced Molecular Biology, Genetic Engineering, Bioprocess Engineering, Bioinformatics, Immunology, Fermentation Technology.
Key Skills Emphasized Engineering design, medical electronics, signal processing, AI in diagnostics, device prototyping, biomechanics. Lab techniques, genetic manipulation, bioprocessing, bioinformatics, drug development, microbial/plant biotech.
Admission Exam (Main) GATE (BM paper preferred; also EE/EC/IN/ME for allied seats). GATE (BT paper); some accept XL or other papers.
Top Institutes IIT Madras, IIT Delhi, IIT Bombay, IIT Hyderabad, NIT Rourkela, Jadavpur University. IIT Delhi/Kharagpur/Madras (Biotech), IIT Bombay (Biosciences), Anna University, Amity, VIT.
Job Roles (Common) Biomedical Engineer, Medical Device Designer, Clinical Engineer, Regulatory Affairs Specialist, Research Scientist (devices/imaging). Bioprocess Engineer, Research Scientist (pharma/biotech), Quality Control Analyst, Genetic Engineer, Bioinformatics Specialist.
Top Recruiters GE Healthcare, Siemens Healthineers, Philips, Medtronic, Johnson & Johnson, Apollo Hospitals, Skanray, Meril Life Sciences. Biocon, Serum Institute, Dr. Reddy’s, Syngene, Novozymes, Bharat Biotech, Zydus Cadila, Panacea Biotec.
Average Starting Salary (Freshers, India) β‚Ή6–12 LPA (higher in IITs/MNCs; 10–18 LPA possible with strong profile). β‚Ή5–10 LPA (higher in pharma/research; 8–15 LPA in top firms).
Career Scope in India (2026) Strong in medtech boom, hospitals, device manufacturing; growing with AI/robotics in healthcare. Robust in pharma/biopharma, vaccines, agri-biotech; steady research demand but competitive.
Best For Those who enjoy physics/maths/engineering + healthcare applications (designing tangible tech). Those passionate about biology/chemistry + living systems (research, drug/agri innovation).

Frequently Asked Questions (FAQs)

Q1. What is the typical duration of the M Tech in Biomedical Engineering course in India?

The typical duration of the M Tech in Biomedical Engineering course in India is 2 Years. This postgraduate course is divided into four semesters, with a mix of core, elective, and practical components.

Q2. What are the eligibility criteria for admission to the M Tech in Biomedical Engineering course in India?

To be eligible for the M Tech in Biomedical Engineering course in India, you need a B.Tech/BE degree in a relevant field (Biomedical Engineering, Biotechnology, or Electronics Engineering) with a minimum of 50% or equivalent CGPA. Some colleges may have specific subject or percentage requirements.

Q3. What is the average annual fee for the M Tech in Biomedical Engineering course in government colleges in India?

The average annual fee for the M Tech in Biomedical Engineering course in government colleges in India is around INR 50,000. Fees vary depending on the college; for example, IIT Madras, IIT Delhi, and IIT Kharagpur have annual fees of INR 50,000, INR 60,000, and INR 55,000, respectively.

Q4. What are the core subjects covered in the first semester of the M Tech in Biomedical Engineering course?

The core subjects covered in the first semester of the M Tech in Biomedical Engineering course include Physiological Modeling and Biomaterials. Students can also choose electives like Advanced Mathematics, and there are practical components like the Biomaterials Lab. The total credit hours for the first semester are 20.

Q5. What are the entrance exams accepted for admission to the M Tech in Biomedical Engineering course in India?

The primary entrance exam for M.Tech in Biomedical Engineering in India is GATE (Biomedical Engineering or allied papers). Many private institutions also accept their own exams like VITMEE, SRMJEEE (PG), or state-level tests such as TANCET/CEETA-PG.

Q6. What is the scope of MTech in Biomedical Engineering?

The scope of M.Tech in Biomedical Engineering in India is highly promising, with strong demand in medical device design, healthcare technology, research, and industry roles offering excellent career growth and salaries.

Aayush Kukreja
Written by

Aayush is a writer and content strategist who turns personal stories into brand narratives. With an experience spanning diverse industries, rely on his writing for simplifying complex subjects & get in-depth insights - always with sharp wit.

View all posts β†’

Similar Posts

Leave a Reply

Your email address will not be published. Required fields are marked *