M.Tech in Biomedical Engineering: Top Colleges, Syllabus, Jobs, Scope & Salary


Last Updated on 14th December 2024

Master of Technology [M.Tech] (Biomedical Engineering)

M.Tech. in Biomedical Engineering Course Overview

M.Tech in Biomedical Engineering is a 2-year full-time postgraduate course that combines engineering, biology, and technology to improve healthcare. It trains students to develop medical devices like imaging systems, prosthetics, and diagnostic tools. In India, 54 colleges offer this program, of which 27 are private and 27 are government, across major cities. Eligible candidates need B.E./B. Tech in Biomedical or related fields, admissions are mostly through GATE or institute-level exams. Fees range from ₹10,000 to ₹3,00,000 per year. Companies like GE Healthcare, Siemens, Medtronic, and Philips hire graduates with starting salaries of ₹2,00,000 to ₹8,00,000.


M.Tech Biomedical Engineering: Quick Highlights

M.Tech in Biomedical Engineering is a 2-year postgraduate program that combines engineering, medical science, and technology to improve healthcare outcomes. Students are trained to design and develop diagnostic tools, prosthetics, imaging systems, and more. The course is offered by 54 colleges in India (27 government, 27 private), and admission is mainly through GATE or university-level exams. Here are the quick details.


M.Tech Biomedical Engineering: Quick Highlights 2025

Below is a quick summary of the important details about the M.Tech Biomedical Engineering course, including admission process, fees, top colleges, and career scope.

Particulars

Details

Full Form of Course

Master of Technology in Biomedical Engineering

Course Level

Postgraduate

Course Duration

2 Years

Course Type

Full-time

Application Mode

Online/Offline (varies by institute)

Entrance Test

GATE 

Fees

₹10,000 – ₹3,00,000 (varies by institute)

Top Colleges

IITs, NITs, BITS Pilani, VIT, SRM, etc.

Top Specialisations After M.Tech

Biomedical Imaging, Biomechanics, Tissue Engineering, Bioinstrumentation

Top Recruiters

GE Healthcare, Siemens Healthineers, Philips, Medtronic, Dräger, Johnson & Johnson


M.Tech Biomedical Engineering: Important Dates and Events

M.Tech Biomedical Engineering admission is based on GATE. Below is the tentative schedule for GATE 2026 and other related admission events.

GATE 2026 – Tentative Schedule

Upcoming Events

Date (Tentative)

Notification Availability

1st week of August 2025

GOAPS Portal Opens

4th week of August 2025

Last Date to Apply (Without Late Fee)

2nd week of October 2025

Last Date to Apply (With Late Fee)

3rd week of October 2025

Application Correction Window

3rd week of November 2025

Admit Card Release

1st week of January 2026

GATE 2026 Exam

1st week of February 2026

Response Sheet Availability

2nd week of February 2026

Answer Key Release

4th week of February 2026

Objection Window Closes

4th week of February 2026

Final Answer Key Release

1st week of March 2026

Result Declaration

2nd week of March 2026

Scorecard Availability

4th week of March 2026

COAP Counselling Portal Opens

3rd week of March 2026


FAQs

Ques 1. What is the selection process for M.Tech Biomedical Engineering?

Ans 1. You need to appear for GATE (preferably in BM, BT or related papers). With a valid score, apply to institutes via COAP or individual portals for counselling and seat allotment.


Ques 2. Is GATE mandatory for M.Tech in Biomedical Engineering?

Ans 2. Yes, for IITs, NITs and top government colleges. But some private universities offer admission without GATE based on their own entrance test or academic merit.


Why Choose M.Tech Biomedical Engineering?

M.Tech Biomedical Engineering is where technology meets healthcare and opens doors to impactful careers, innovation, and growth in the medical field.

  • High demand in healthcare, research, and med-tech industries
  • Job growth and career stability
  • Diverse roles in R&D, hospitals, academia, and medical device companies
  • Direct impact on patient care and healthcare systems
  • Specialised knowledge in imaging, biomechanics, biomaterials, etc.
  • Hands-on training through labs, research, and internships
  • Opportunity to innovate and create medical technologies
  • Foundation for PhD or research-oriented careers
  • Interdisciplinary and future-ready skills
  • Personally fulfilling for those who are passionate about healthcare and technology


M.Tech Biomedical Engineering Qualification

To pursue this course, candidates must meet specific academic and entrance criteria. Here’s a quick overview of the required M.Tech Biomedical Engineering qualification.

Particulars

Details

Entrance Exam

GATE

Minimum Age Requirement

No age limit (preferably <35 for scholarships)

Basic Eligibility

B.E./B.Tech in Biomedical/related branches

Qualifying Marks

55% – 60% (varies)


M.Tech Biomedical Engineering: Duration

The course is 2 years long (4 semesters), including classroom instruction, labs, elective courses and a final-semester dissertation. Some programs may include optional internships or industry projects.


M.Tech Biomedical Engineering Cut Offs

The GATE cutoff for M.Tech Biomedical Engineering is the minimum score required to qualify for admissions. Note that the qualifying cutoff is different from the admission cutoff, which is released by individual institutes after COAP counselling rounds. Cutoffs vary by category and depend on factors like the number of applicants, the difficulty level of the paper and the seat intake.


GATE 2025 Biomedical Engineering Cutoff (Category-wise)

Category

Cut-off Marks

General (GEN)

29.2

OBC-NCL / EWS

26.2

SC / ST / PwD

19.4


M.Tech Biomedical Engineering Cut Offs FAQs

Ques 1. What is the GATE cutoff for Biomedical Engineering 2025?

Ans 1.  GATE 2025 qualifying cutoff for Biomedical Engineering is 29.2 for General, 26.2 for OBC-NCL/EWS and 19.4 for SC/ST/PwD. This score only makes you eligible for admissions; actual institute cutoffs may be higher.


Ques 2. Is the GATE qualifying cutoff the same as the admission cutoff?

Ans 2. No. The qualifying cutoff means you are eligible to apply, while the admission cutoff is the score or rank actually required to get a seat in a particular institute, which is released during the COAP counselling rounds.


M.Tech Biomedical Engineering: Syllabus

The M.Tech Biomedical Engineering syllabus combines core concepts from engineering and medical sciences. It covers topics like biomedical devices, molecular imaging, clinical immersion, neuroscience, and biomechanics. Students also get practical exposure through lab work, seminars and research thesis.

Semester-Wise Syllabus

Semester

Subjects

Semester I

  • Sensors and Transducers in Healthcare
  • Biomedical Devices
  • Scientific Computing
  • Biomechanics
  • Introduction to Brain and Neuroscience
  • Cellular Physiology
  • Systems Physiology
  • Clinical Healthcare
  • Biomaterials, Elective I
  •  Elective II
  • Elective III

Semester II

  • Advances in Molecular Imaging
  • Cell Technology
  •  Clinical Immersion
  •  Seminars,
  •  Independent Research Protocol
  • Digital Signal Processing
  •  Elective IV
  •  Elective V
  • Elective VI

Semester III

Thesis I

Semester IV

Thesis II

Master of Technology [M.Tech] (Biomedical Engineering)

M.Tech. in Biomedical Engineering Entrance Exams

M.Tech Biomedical Engineering admission is mostly through national-level entrance exams. GATE is accepted by the highest number of colleges, followed by CEETA, MHTCET, and others.


How to Prepare for GATE CS/IT 2025

GATE is the most widely accepted exam for M.Tech Biomedical Engineering admissions, especially in top public and private institutes. To crack it with a good score, follow this roadmap:

1. Understand the GATE Exam Pattern – Know the structure, marking scheme and type of questions.

2. Check Subject-Wise Weightage – Focus more on high-weightage subjects like Algorithms, Operating Systems and Programming.

3. Use Standard Textbooks – Refer to reliable and widely-used books for every subject (see table below).

4. Make a Realistic Study Plan – Break down your syllabus over months and stick to a daily routine.

5. Master Aptitude & Engineering Maths – These two sections carry easy scoring opportunities.

6. Clear Your Concepts – Avoid rote learning; build a strong foundation.

7. Practice PYQs – Solve at least 5–10 years’ worth of GATE questions.

8. Join a Test Series – Regular mock tests help improve speed, accuracy and confidence.

9. Revise Strategically – Create notes and revise weekly, not just at the end.

9. Don’t Panic


Resources to Prepare for GATE CS/IT 2025

Subject

Book Name

Author

Programming

The C Programming Language

Brian W. Kernighan, Dennis M. Ritchie

Data Structures

Classic Data Structures

Debasis Samanta

Algorithms

Introduction to Algorithms

Thomas H. Cormen

Operating Systems

Operating System Concepts

Galvin

Computer Org. & Architecture

Computer Organization and Architecture

William Stallings

Computer Networks

Computer Networks

William Stallings / Tanenbaum & Wetherall

Theory of Computation

An Introduction to Formal Languages and Automata

Peter Linz

DBMS

Database System Concepts

Henry Korth

Discrete Mathematics

Discrete Mathematics and Its Applications

Kenneth H. Rosen

Digital Logic

Logic and Computer Design Fundamentals

Morris Mano

Compiler Design

Compiler Design

Aho & Ullman

Engineering Mathematics

Higher Engineering Mathematics

B.S. Grewal


M.Tech. in Biomedical Engineering Exams FAQs

Ques 1. Which exam is best for M.Tech Biomedical Engineering admission?

Ans 1.  GATE is the most accepted and preferred exam, with over 35 colleges accepting it, including top IITs, NITs, and government institutes. It’s also the most recognised for scholarships.


Ques 2. Can I apply for M.Tech Biomedical Engineering without  GATE?

Ans 2. Yes, several private universities conduct their own entrance exams or offer admission through exams like VITMEE, SRMJEEE (PG) or direct merit-based selection.

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Master of Technology [M.Tech] (Biomedical Engineering)

M.Tech. in Biomedical Engineering Curriculum

The M.Tech in Biomedical Engineering curriculum is designed to give students a strong foundation in both core biomedical subjects and hands-on industry exposure. It combines life sciences with engineering and includes training in medical device design, biomechanics, biomedical imaging, AI in healthcare and more. Students also get clinical immersion and research through lab work and thesis projects.


Core Subjects

Semester

Course Name

Type

1

Cell Physiology

Core

1

System Physiology

Core

1

Biomaterials

Core

1

Biomechanics

Core

1

Sensors and Transducers in Healthcare

Core

1

Product Design & Prototyping

Core

1

Clinical Immersion

Core

2

Advanced Molecular Imaging

Core

2

Cell Technology

Core

3/4

English Communication

Core

3/4

Industry Lectures

Core


Elective Buckets & Specialisations

Students can customise their learning through electives across five key domains:

Medical Devices & Design

Biomedical Devices, Biodesign

Data Analytics & Neuroscience

  • Scientific Computing
  • Machine Learning, Brain & Neuroscience
  • Neuro Signal Processing
  • Computational Neuroscience
  •  Neuromechanics

Bio-Imaging & Therapeutics

  • Biomedical Imaging, Biophotonics
  •  Microscopy
  • Ultrasound in Medicine

Biomechanics & Fluidics

  • Lab-on-Chip
  • Advanced Biomechanics
  • Biomicrofluidics
  • Biofluid Mechanics

Biomaterials & Nanomedicine

  • Advanced Biomaterials
  •  Regenerative Medicine
  •  Nanomedicine
  • Tissue Engineering
  • Biofabrication
  •  Immunology
  • Molecular Disease Mechanisms

Research & Project Work

In the final year, students work on thesis-based research under faculty guidance. Projects often involve real-world clinical or lab-based problem-solving and may include collaborations with hospitals or industry partners.


Best Colleges for M.Tech Biomedical Engineering in India

M.Tech Biomedical Engineering is offered through 54 colleges all over India. It is equally divided between the government and private institutions. Seats vary by state and institute type.


M.Tech Biomedical Engineering Seats in Government Colleges in India (State-Wise)

All the Government institutions have comparatively lower fees than Private institutions. Govt institutions admit students mainly through GATE. Below is a list of top public colleges, along with their location and average fees.

Institute Name

City

State

Average Fees (₹)

Jadavpur University

Kolkata

West Bengal

₹4,800

IIT Hyderabad

Hyderabad

Telangana

₹20,000

Andhra University College of Engineering

Visakhapatnam

Andhra Pradesh

₹30,000

NIT Allahabad

Allahabad

Uttar Pradesh

₹55,700

IIT Allahabad (IIIT-A)

Allahabad

Uttar Pradesh

₹60,000

IIT Mumbai

Mumbai

Maharashtra

₹12,400

IIT Gujarat (IIT Gandhinagar)

Gandhinagar

Gujarat

₹1,30,000

College of Engineering

Pune

Maharashtra

₹1,90,000


M.Tech Biomedical Engineering Seats in Private Colleges in India (State-Wise)

Private colleges offer modern infrastructure and have more seats available. Fees are high. Admission may be through GATE or institute-level exams.

Institute Name

City

State

Average Fees (₹)

Manipal University

Manipal

Karnataka

₹2,98,000

BMS College of Engineering

Bangalore

Karnataka

₹90,440

J.B. Institute of Engineering & Tech

Hyderabad

Telangana

₹1,24,000

Amrita Vishwa Vidyapeetham

Coimbatore

Tamil Nadu

₹1,45,250

SRM University

Kanchipuram

Tamil Nadu

₹1,00,000

Bharath University

Chennai

Tamil Nadu

₹1,20,000

VIT University

Vellore

Tamil Nadu

₹2,91,000

MSRUAS

Bangalore

Karnataka

₹3,50,000

Shobhit University

Meerut

Uttar Pradesh

₹13,000


M.Tech Biomedical Engineering: Abroad vs India

Choosing between studying M.Tech Biomedical Engineering in India or abroad depends on your budget, career goals, and exposure preferences. Here's a comparison table to help you: 

Factor

India

Abroad

Top Colleges

IITs, NITs, BITS, VIT, SRM

MIT, Stanford, Johns Hopkins, ETH Zurich, Oxford

Average 1st Year Tuition Fees

₹10,000 – ₹3.5 lakhs

₹29.35 lakhs (approx.)

Living Expenses

₹1 – ₹2 lakhs/year (hostel/mess)

₹6.11 lakhs/year (avg.)

Course Recognition

National (AICTE/UGC approved)

Global (accredited internationally)

Entrance Exams

GATE, institute-specific

IELTS, TOEFL, GRE, SOP, LOR

Research Exposure

Limited, mostly thesis-based

Strong lab and clinical exposure

Internships & Practice

Depends on institute; mostly optional

Mandatory in many universities

Post-Study Work Rights

Limited (mostly in research/PhD roles)

Up to 3 years (country-dependent)

Return on Investment (ROI)

High (low fees, good government jobs)

Moderate to high (depends on job market abroad)


Career Options After M.Tech Biomedical Engineering

M.Tech Biomedical Engineering opens doors to many roles such as healthcare, diagnostics, therapy, medical devices, research and more. Graduates work in interdisciplinary domains combining biology, medicine and engineering to improve patient care and health systems.

Career Options & Salaries After M.Tech Biomedical Engineering

Job Role

Job Description

Average Salary (₹)

Biomedical Officer

Conducts lab and clinical tests on tissue and fluids to assist in disease diagnosis and evaluate treatment outcomes.

₹7,20,000

Packaging Officer

Designs and develops packaging systems based on product requirements, safety norms, and handling standards.

₹4,20,000

Applied Mechanics Engineer

Designs and develops mechanical systems or components used in medical devices, requiring strong problem-solving and technical design skills.

₹6,14,000

Engineering Technician

Works in labs, QA, or development roles to support engineers in manufacturing, testing, and product design.

₹2,62,000

Research Assistant

Supports senior researchers in conducting experiments, collecting data, and managing lab work — often in academic or institutional settings.

₹2,40,000


FAQs

Ques 1. What job sectors hire M.Tech Biomedical Engineering graduates?

Ans 1. Biomedical engineers are being hired in hospitals, in R&D labs, pharma, government healthcare projects and higher education institutions.

Ques 2. Is M.Tech Biomedical Engineering good for research careers?

Ans 2. M.Tech Biomedical Engineering is a research-driven field with a strong scope. Roles like Research Assistant, Scientist or PhD researcher in areas like biomaterials, imaging and biomechanics.

Core Subjects

Cell Physiology

System Physiology

Biomaterials

Biomechanics

Sensors and Transducers in Healthcare

Product Design & Prototyping

Master of Technology [M.Tech] (Biomedical Engineering)

M.Tech. in Biomedical Engineering Eligibility

M.Tech Biomedical Engineering Eligibility Criteria may vary. General merit students have to meet academic and entrance exam criteria, while SC, ST and PwD have relaxed criteria in terms of marks and CGPA. Some colleges may have separate criteria for EWS and OBC candidates.

Category

Academic Qualification

Minimum Marks/CGPA

Entrance Exam Requirement

General

B.E./B.Tech in Biomedical Engg., Biotechnology, or related

60% or CGPA 6.5/10

GATE (primarily) or institute-specific

OBC (Non-Creamy Layer)

Same as General

55-60% or CGPA 6.0-6.5/10

GATE or institute-specific

EWS

Same as General

55-60% or CGPA 6.0-6.5/10

GATE or institute-specific

SC/ST

Same as General

50-55% or CGPA 6.0/10 (5% relaxation)

GATE or institute-specific

PwD

Same as General

50-55% or CGPA 6.0/10 (5% relaxation)

GATE or institute-specific

Master of Technology [M.Tech] (Biomedical Engineering)

M.Tech. in Biomedical Engineering Admissions

M.Tech Biomedical Engineering admission is based on entrance exams and further assessment rounds. Here’s the step-by-step process:

Step 1: Apply with a valid GATE score or institute-level entrance exam (e.g., JEE/MH-CET/other recognised exams)

Step 2: Appear for a 90-minute written test (80 MCQs, 80 marks) conducted by the institute (if applicable)

Step 3: Shortlisted candidates (3x the number of seats) appear for lab-based or clinical assessment

Step 4: Final selection is based on the combined scores of the written test and the practical evaluation

Step 5: Eligible candidates must hold a relevant B.E./B.Tech degree with at least 50% marks (45% for reserved categories) from an AIU-recognised university.

Master of Technology [M.Tech] (Biomedical Engineering)

M.Tech. in Biomedical Engineering Fees

M.Tech Biomedical Engineering fees vary based on the college. Government colleges like IISc Bangalore, IIT BHU, and BIET Jhansi are more affordable, with fees ranging from ₹28,000 to ₹1,70,000. Private colleges like MIT Manipal, SRM University, and Amrita Coimbatore charge higher fees ranging from ₹55,000 to ₹3,50,000. Admissions are through GATE for government institutes and through their own entrance process or direct admission for private colleges.


M.Tech. in Biomedical Engineering Fees FAQs

Ques 1. What are the fees for M.Tech Biomedical Engineering in private and government colleges in India?

Ans 1.  The fee starts from ₹10,000 to ₹3.5 lakhs. Government colleges are between ₹28,000 and ₹1.7 lakhs, while private colleges are higher up to ₹3,50,000.


Ques 2. Which are the top affordable government colleges for M.Tech in Biomedical Engineering in India?

Ans 2. IISc Bangalore, IIT BHU, IIT Indore, and BIET Jhansi are some of the most affordable options. These colleges offer a good academic and research environment at lower fees than private colleges.

Master of Technology [M.Tech] (Biomedical Engineering)

M.Tech. in Biomedical Engineering Placements

Top Recruiting Companies

M.Tech Biomedical Engineering graduates are placed in leading healthcare, pharma and medical device companies. Salary depends on experience, freshers earn around ₹3-5 LPA and experienced professionals up to ₹15 LPA or more.

Some of the top recruiters in India include:

  • GE Healthcare
  • Siemens Healthineers
  • Medtronic
  • Johnson & Johnson
  • Philips Healthcare
  • Cipla
  • Biocon
  • Dr. Reddy’s Laboratories
  • Fortis Healthcare
  • Apollo Hospitals
  • Tata Memorial Centre
  • Wipro GE Medical Systems

Top colleges with strong placement records:

  • IITs (Hyderabad, Mumbai, Delhi, etc.)
  • Jadavpur University, Kolkata
  • Amrita School of Engineering, Coimbatore
  • Manipal Institute of Technology
  • Thapar University, Patiala
  • University of Calcutta


M.Tech Biomedical Engineering Salary Package

M.Tech Biomedical Engineering offers competitive salary packages that grow with experience, specialisation and work location. Professionals contribute to innovations like bionic eyes, robotic surgery tools, wearable health devices and prosthetic organs — all of which make the field rewarding both intellectually and financially.


M.Tech Biomedical Engineering Salary Package in India

Experience Level

Role/Field

Average Annual Salary (₹)

Entry-Level (0–2 yrs)

Device Testing, R&D Assistant, QA, Junior Engineer

₹3 – ₹5 LPA

Mid-Level (3–6 yrs)

Biomedical Engineer, Project Manager, Design Lead

₹6 – ₹9 LPA

Senior-Level (7+ yrs)

Consultant, R&D Scientist, Product Director

₹10 – ₹15+ LPA


M.Tech Biomedical Engineering Salary Package Abroad

Country

Average Salary (Per Year)

Fields of Work

USA

$80,000 – $120,000

Medical Devices, Research Labs, Hospital Systems

Germany

€45,000 – €70,000

Bioinstrumentation, Regulatory, Tissue Engineering

Canada

CAD 60,000 – CAD 90,000

Medical Imaging, AI in Healthcare, Prosthetics

UK

£30,000 – £50,000

Public Health Tech, NHS, R&D

Australia

AUD 70,000 – AUD 100,000

Clinical Trials, Bio-robotics, Academic Research


FAQs

Ques 1. What is the average salary after M.Tech in Biomedical Engineering in India?

Ans 1. The average salary after M.Tech in Biomedical Engineering is  ₹3 to ₹5 LPA for freshers, going up to ₹15 LPA+ with seniority, specialisation, and experience.


Ques 2. Which company pays the highest in Biomedical Engineering roles?

Ans 2.  Some of the highest-paying companies include Medtronic, GE Healthcare, Johnson & Johnson, and Siemens Healthineers.


Ques 3. Do Biomedical Engineers earn well abroad?

Ans 3.  Yes. Many professionals earn ₹50–₹100 lakh annually in countries like the US, Germany, and Canada.


Ques 4. Does specialisation affect salary in Biomedical Engineering?

Ans 4.  Definitely. Skills in imaging, AI in healthcare, prosthetics, or regulatory affairs can significantly boost earning potential.

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