B.Tech. (Biomedical Engineering)

 B.Tech BME

School of Engineering & Technology

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  • Duration

    4 Years

  • Eligibility

    Min. 50% Aggregate Marks in 10+2

    With PCM/PCB

  • Selection Procedure

    Entrance Test + PI

Pedagogy

  • Project-based learning

    Students work on live problem definitions and research ideas through minor and major projects.

  • Internships

    Students get a feel for current industry practices and advancements through internships.

  • Guided inquiry

    This approach uses a learning cycle of exploration, concept invention, and application to help students construct new knowledge.

Program Outcomes

Biomedical Engineering program is designed to ensure that graduates possess a combination of technical expertise, problem-solving abilities, and professional skills needed in the biomedical field.

Knowledge Application

Apply knowledge of mathematics, science, and engineering principles specifically to solve problems in biomedical engineering.

Experimentation and Data Analysis

Design and conduct experiments, as well as analyze and interpret data related to biological systems, medical devices, and clinical applications.

System and Process Design

Design biomedical systems, components, or processes to meet specific needs within constraints like regulatory, environmental, ethical, and economic considerations.

Problem-Solving Skills

Identify, formulate, and solve complex biomedical engineering problems by applying modern engineering techniques and tools.

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School of Engineering & Technology

Career Paths

Field Engineer

Marketing and
Product specialist

Healthcare and
Management Roles

Graduate
Education (M.S./Ph.D.)

Professional
Certifications and Training

Entrepreneurship
and Innovation

Postdoctoral
Research and Fellowships

Curriculum

Course Category Course Title Credits 
Core Engineering Graphics and Visualization 3
Core Engineering Chemistry 3
Core Engineering Mathematics I 4
Core Engineering Graphics and Visualization Lab 1
Core Engineering Chemistry Lab 1
DSE Fundamental of Electrical and Electronics 2
Fundamental of Electrical and Electronics Lab 1
OR
Introduction to Computer Science 2
Introduction to Computer Application Lab 1
AECC English 3
Language Lab 1
AUC# Sports/Yoga/NSS/NCC 1#
Total 19

# Audit but Mandatory Course

Course Category Course Title Credits
Core Programming for Problem Solving using C 3
Core Engineering Physics 3
Core Engineering Mathematics II 4
Core Programming for Problem Solving Lab 2
Core Engineering Physics Lab 1
SEC Design Thinking 1
SEC Design Thinking & Idea Lab 1
DSE Engineering Mechanics 3
OR
Smart and Sustainable Energy 3
AECC Communication and Soft Skills Lab 2
VAC# Environmental Science 2#
Total 20

# Audit but Mandatory Course

Course Category Course Title Credits
CORE Anatomy & Physiology 3
CORE Electronics Device and circuit 3
CORE Biomedical Signal Processing 3
CORE Engineering Math 3
CORE Anatomy and Physiology Lab 1
CORE Electronics Device and Circuit Lab 1
CORE Biomedical Signal Processing Lab 1
CORE Electronics Measurement and Instrumentation Lab 1
DSE Drug delivery system 3
Electromagnetic field theory
OE* Open Elective* 2
Extra-Curricular Activity **Mandatory Qualifying Non-credited but graded Course
Total 21

Note:

*Students can choose any one subject from the pool of Open Elective Courses

**Mandatory Qualifying Non-credited but graded Course

Course Category Course Title Credits
CORE Biomechanics 4
CORE Linear integrated Circuit 3
CORE Digital Electronics 4
CORE Biomedical Instrumentation 3
CORE Linear integrated Circuit Lab 1
CORE Digital Electronics Lab 1
CORE Biomedical Instrumentation Lab 1.5
CORE Communication Engineering Lab 1.5
DSE Or DSE Artificial organ 3
Communication System
VAC# Value Added Course# 2#
GE/OE* Generic Elective* 2
Total 24

Note:

*Students can choose any one subject from the pool of Open Elective Courses

**Mandatory Qualifying Non-credited but graded Course

Course Category Course Title Credits C
CORE Biomaterial 3
CORE Digital Signal Processing 3
CORE Biomedical Instrumentation -II 3
CORE Microprocessor 3
CORE Digital Signal Processing Lab 1
CORE Biomedical Instrumentation Lab -II 1
CORE Microprocessor Lab 1
CORE Electronic Workshop and PCB Lab 1
DSE Physiological System Modeling 3
Signal and System
GE Generic Elective* 2
SEC Skill Enhancement Course 2
Total 23
List of Generic Electives
Fundamental of IOT
Fundamentals of Robotics
Introduction to Embedded Systems Design
List of Skill Enhancement Courses
PCB Design and Fabrication

Course Category Course Title Credits C
CORE Microcontroller and Embedded System 3
CORE Clinical Science Engineering 3
CORE VLSI design 3
CORE Cardiovascular Engineering 3
CORE Microcontroller lab 1
CORE Clinical Science Engineering Lab 1
CORE VlSI Design Lab 1
CORE Medical Safety and Waste Management System Lab 1
DSE Advance Biosignal Processing 3
Database Management System
GE Generic Elective 2
SEC Skill Enhancement Course 1
Total 23
List of Generic Electives
Course Name
Sensors Transducers and Actuators
Drives and control System for Robotics
Microcontroller for Embedded system Design
List of Skill Enhancement Courses
Arduino Programming and Application

Course Category Course Title Credits C
CORE Medical Image processing 3
CORE Biosensors and MEMs 3
CORE Advance Biomedical Engineering 3
CORE Rehablitation Engineering 3
CORE Medical Image Processing Lab 1
CORE Advance Biomedical Engineering Lab 1
CORE Matlab Programming for Bioengineering Analysis 1
CORE Good Laboratory Practices for hospital Management 1
CORE Industrial Training 1
DSE Optical Fiber Communication 3
IOT and Tele healthcare
GE Generic Elective 2
Total 22
List of Generic Electives
Wirless Sensors Networks
Robot Programming and Intelligent Control System
Digital System Design

Duration Category Credits C
Training (for 4-6 Months) Dissertation (Valuation by Internal Examiner) 15
Dissertation (Valuation by External Examiner)
Presentation
Defense
Total 15

Tuition Fee

114,700

Note *Lab & Library fee will be charged separately
#Program Proposed from Session 2024-25

Scholarship

As per University norms

Write to us to check for your eligibility

Internship Opportunities

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Engage, Connect and Experience
the vibrant Life at JNU

150+

Acres Green
Campus

300+

State-of-the-Art
Labs

250+

Smart
Classrooms

30+

Signature Annual
Events

25+

Student
Clubs

Engage, Connect and Experience
the vibrant Life at JNU

1500+

Placement
Offers

30+

Teaching
Faculty

300

Courses Offered

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Frequently Asked Questions

Biomedical Engineering is a multidisciplinary field that combines principles of engineering, biology, and medicine to develop technologies, devices, and systems that improve healthcare. It involves designing medical equipment, prosthetics, diagnostic devices, and working on innovative solutions like tissue engineering, medical imaging, and biomaterials.

Biomedical Engineering focuses on the development of medical devices, technologies, and systems that interact with biological systems to improve healthcare. It combines engineering principles with medicine to create solutions like medical devices, prosthetics, and imaging equipment. Biotechnology, on the other hand, involves the use of biological organisms or systems to develop products and processes for medical, agricultural, or industrial applications. While biomedical engineering is more technology-focused, biotechnology focuses on manipulating living organisms or cells for medical or industrial benefits.

  • Medical Device Design and Manufacturing
  • Clinical Engineering
  • Research and Development
  • Regulatory Affairs and Quality Control
  • Biotechnology and Pharmaceuticals

Biomedical Engineering plays a pivotal role in healthcare innovation by translating engineering principles into medical solutions. This includes the development of advanced diagnostic tools, implantable devices, wearable health monitors, and regenerative therapies. Biomedical engineers work on improving patient outcomes, advancing precision medicine, and optimizing healthcare delivery through technology, all of which drive the progress toward a more efficient, effective healthcare system.

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