BE Biomedical Engineering Syllabus and Subjects

Duration: 4 Years
Avg Fees: ₹60K - 3 LPA

The BE Biomedical Engineering syllabus is a four-year undergraduate course in Biomedical Engineering. The BE Biomedical Engineering syllabus and subjects are divided into eight semesters. The syllabus includes Medical Molecular Biology, Bio-Fluid Mechanics, Basic Mathematics, Medical Aspects Of Electromagnetic Theory, Embedded Systems In Medicine, Engineering And Biomaterials, Introduction To Bio-Telemetry And Analysis, and many more.

Semester Wise BE Biomedical Engineering Syllabus

The BE Biomedical Engineering course aims to ensure that the students have all the exposure in covering everything from biomedical to engineering aspects of human health and the application of engineering principles and problem-solving methodologies. The BE Biomedical Engineering course is a comprehensive study about making advancements in human health and health care on all levels. Semester-wise BE Biomedical Engineering subjects list is given in the table below:

BE Biomedical Engineering First Year Syllabus

Semester I

Semester II

Engineering Mathematics-I

Engineering Mathematics- II

Engineering Physics

Fundamentals Of Material Science

Engineering Chemistry

Environment Science And Surroundings

Fundamentals Of Civil And Mechanical Engineering

Fundamentals Of Electrical And Electronics Engineering

Manufacturing Mechanics

Basic Thermodynamics

English

Computer Programming Languages

Practical Lab Session

Practical Lab Session

 

BE Biomedical Engineering Second Year Syllabus

Semester III

Semester IV

Engineering Mathematics-III

Engineering Mathematics-IV

Fundamentals Of Electric Circuits And Analysis

Practical In Electronic Circuits And Analysis

Basics Of Electronic Devices And Circuits

Introduction To Human Anatomy And Physiology

Introduction To Switching Theory And Logical Design

Fundamentals To Electrical And Electronic Instruments

Computer Programming

Dynamics Of Biofluids

Strength Of Materials

Engineering And Medical Instrumentation-I

Practical Lab Session

Practical Lab Session

 

BE Biomedical Engineering Third Year Syllabus

Semester V

Semester VI

Control System And Engineering

Embedded Systems In Medicine

Introduction To Microprocessor And Its Applications

Principles Of Diagnostic And Therapeutic Equipment

Fundamentals To Integrated Circuits

Medical Informatics And Expert Systems

Signals And Systems Engineering

Basics Of Digital Image Processing

Introduction To Biomechanics

Introduction To Biomedical Signal Processing

Engineering And Medical Instrumentation-II

Optional Subject I

Practical Lab Session

Practical Lab Session

 

BE Biomedical Engineering Fourth Year Syllabus

Semester VII

Semester VIII

Introduction To Radiological Equipment

Advanced Biomedical Engineering And Instrumentation

Engineering And Biomaterials

Engineering Economics And Sociology

Hospital Safety, Guidelines, And Management

Introduction To Bio-Telemetry And Analysis

Optional Subject II

Optional Subject IV

Optional Subject III

Optional Subject V

Practical Lab Session

Practical Lab Session

BE Biomedical Engineering Subjects

The BE Biomedical Engineering course offers both theoretical and practical aspects of the study. BE Biomedical Engineering subjects like Medical Molecular Biology, Bio-Fluid Mechanics, Basic Mathematics, Medical Aspects Of Electromagnetic Theory, Embedded Systems In Medicine, Engineering And Biomaterials, Introduction To Bio-Telemetry And Analysis, and many more. The course curriculum includes theoretical and practical subjects. The compulsory subjects include:

  • Medical Molecular Biology
  • Bio-fluid Mechanics
  • Basic Mathematics
  • Medical Aspects of Electromagnetic Theory
  • Engineering And Biomaterials

BE Biomedical Engineering Course Structure

BE Biomedical Engineering course structure includes both core and elective subjects which are the aspects of the study. The course structure is made in such a way that both classroom training and practicals are included in the course curriculum. The course structure is given below:

  • VIII Semesters
  • Core Subjects
  • Electives
  • Practicals
  • Projects

BE Biomedical Engineering Teaching Methodology and Techniques

The course curriculum takes into account different teaching methods. Classroom learning includes practical sessions for students. Students who are passionate about studying deep into the Instrumentation, Mechanics, Design, Manufacture, Programming Of A Biomedical Engineering in the future. Listed below are the teaching methodology and strategies in general:

  • Practical & Live sessions
  • Guest Lectures, Seminars, and Workshop
  • Group Assignment and Discussion
  • Project Submission

BE Biomedical Engineering Projects

Projects are given to students to understand the concepts and help students in getting hands-on experience. Engineering Projects and job training are to be completed by the end of the final year. Some popular BE Biomedical Engineering projects topics are:

  • Periodontitis Monitoring Device
  • Portable Vitals Monitoring Device
  • EEG Controlled Wheelchair
  • RCSD – Rotator Cuff Strengthening Device
  • Mandibulomaxillary Fixation Device

BE Biomedical Engineering Reference Books

BE Biomedical Engineering books are available both online and offline by many authors and publications. Reference books are meant for gaining an in-depth understanding of engineering concepts. Books on BE Biomedical Engineering for academic purposes differ according to subjects. Some of the reference books for the course in BE Biomedical Engineering are:

BE Biomedical Engineering Books

Books

Authors

Intermediate Physics For Medicine And Biology

Russell K. Hobbie, Bradley J. Roth

The Biomedical Engineering Handbook, Third Edition

Joseph D. Bronzino, Donald R. Peterson

Non-Invasive Instrumentation And Measurement In Medical Diagnosis

Robert B. Northrop

Biomedical Signals, Imaging, And Informatics

Joseph D. Bronzino, Donald R. Peterson

BE Biomedical Engineering Fee Structure

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