BE Biomedical Engineering

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Bachelor of Engineering in Biomedical Engineering

Duration

4 Years

Level

Graduation

Type

Degree

Eligibility

10+2 or Equivalent

BE Biomedical Engineering or Bachelor of Engineering in Biomedical Engineering is an undergraduate Biomedical Engineering course. Biomedical Engineering combines the design and problem-solving skills of engineering with medical and biological sciences to improve healthcare diagnosis, monitoring, and therapy.

Biomedical Engineering is an emerging field and has got tremendous potential for Research, Development, and Employment. Hence the focus of the department is to impart the education that will lay a strong foundation for generating research and technology professionals in the field of biomedical engineering. The duration of the course is four years and it is career-orienting in nature which provides job scopes for the candidates after completion.

BE Biomedical Engineering Eligibility

  • Aspiring students must have passed their 10+2 examination or equivalent qualification with the Science stream from a recognized Board.
  • The candidates should have secured a minimum of 55% aggregate marks at their Intermediate level.
  • Should possess a minimum of 65-70% aggregate marks

BE Biomedical Engineering Syllabus

Syllabus of Biomedical Engineering course as prescribed by various Universities and Colleges.

BE Biomedical Engineering Semester-I

Sr. No. 

Subject of Study

1

Basic Electrical Engineering

2

Engineering Maths

3

Engineering Physics

4

Elements of Mechanical Engineering

5

Elements of Civil Engineering & Engineering Mechanics

6

Practicals

  • Engineering Physics Lab
  • Workshop Practice

BE Biomedical Engineering Semester-II

1

Basic Electrical Engineering

2

Engineering Physics

3

Engineering Maths II

4

Elements of Mechanical Engineering

5

Elements of Civil Engineering & Engineering Mechanics

6

Practicals

  • Engineering Physics Lab
  • Workshop Practice

BE Biomedical Engineering Semester-III 

1

Analog Electronic Circuits

1

Electronic Instrumentation

2

Engineering Mathematics III

3

Human Anatomy & Physiology

4

Logic Design

5

Network Analysis

6

Practicals

  • Analogue Electronics Lab
  • Logic Design Lab

BE Biomedical Engineering Semester-IV 

1

Control Systems

2

Engineering Mathematics IV

3

Fundamentals of HDL

4

Linear ICs & Applications   

5

Microcontrollers

6

Signals & Systems

7

Practicals

  • HDL Lab
  • Microcontrollers Lab

BE Biomedical Engineering Semester-

1

8086 Microprocessors & Peripherals

2

Biomedical Equipment

3

Biomedical Transducers and Measurements

4

Clinical Instrumentation

5

Digital Signal Processing & Applications

6

Management & Entrepreneurship

7

Practicals

  • 8086 Microprocessor Lab
  • Clinical Instrumentation Lab

BE Biomedical Engineering Semester-VI 

1

Biomedical Digital Signal Processing

2

C++ & Data Structures

3

Clinical Instrumentation 

4

Communication Systems

5

VLSI Design

6

Elective-I (Group A)

  • Biomedical DSP Lab
  • C++ & Data Structures Lab
7

Elective-I (Group A)

  • Bioinformatics
  • Computer Organization

BE Biomedical Engineering Semester-VII

1

Computer Communication & Healthcare Networks

2

Embedded System Design

3

Medical Image Processing

4

Medical Imaging Systems

5

Elective-II (Group B)

  • Hospital Design, Planning & Management
  • Operating System
6

Elective-III (Group C)

  • Power Electronics
  • Rehabilitation Engineering
7

Practicals

  • Clinical Instrumentation Lab
  • Medical Image Processing Lab

BE Biomedical Engineering Semester-VIII

1

Biomaterials & Artificial Organs

2

Database Management System in Healthcare

3

Project Work

4

Seminar

5

Elective-IV (Group D)

  • Biosensors & Smart Sensors
  • Embedded System Programming    
  • Distributed Sensor Networks 
  • Lasers & Optical Fibres
  • Nanotechnology
  • Neural Networks & AI in Biomedical Engineering 
6

Elective-V (Group E)

  • Bio-MEMS
  • Biological Control Systems and Modelling
  • Digital Systems using Verilog
  • Pattern Recognition in Medicine
  • Picture Archiving & Communication Systems
  • Real-Time Systems

 

BE Biomedical Engineering Colleges

BE Biomedical Engineering Course Suitability

  • It is suitable for creating new devices, instrumentation software, and other technologies to advance biology and improve healthcare and the quality of life within communities.
  • They should have the logic and reasoning power to identify the strengths and weaknesses of alternative solutions, conclusions, or approaches to problems.
  • They must have good judgment and decision-making power such as considering the relative costs and benefits of potential actions to choose the most appropriate one.
  • Candidates willing to further studies also can go to the course.

How is the BE Biomedical Engineering Course Beneficial?

  • It is beneficial to improve human health through cross-disciplinary activities that integrate the engineering sciences with the biomedical sciences and clinical practice.
  • The learning outcomes of the degree have been designed to integrate knowledge, understanding, intellectual, practical, and transferable skills across both engineering and its interface with the life sciences.
  • They can go for teaching fields after it on a private basis and after passing some certain degrees they can become a teacher on a permanent basis.
  • They have also further study options in the very field.

BE Biomedical Engineering Employment Areas

  • Diagnostic Centres
  • Hospitals
  • Installation Units
  • Marketing Departments
  • Manufacturing Companies
  • Maintenance or Sales Companies
  • Quality Control and Testing Centres
  • Research and Development Centres

BE Biomedical Engineering Job Types

  • Assistant Professor
  • Business Manager
  • Bio-Medical Engineer / Bio-Medical Technician
  • Pharmacist/ Chemist / Bio-Chemist
  • Teacher & Lecturer

Advanced Courses in BE Biomedical Engineering

After completing Post Graduate Diploma in Biomedical Engineering Technology you can become :