B.E. Biomedical Engineering

Designing the Future of Healthcare

At KLE Tech, our Biomedical Engineering program is where engineering innovation meets the needs of modern healthcare. We prepare students to design, develop, and maintain medical devices, instruments, and software systems that are essential in hospitals, diagnostic labs, and research settings.

Rooted in applied electronics, computing, anatomy, and bio-instrumentation, our curriculum empowers learners to bridge the worlds of engineering and medicine to create technologies that improve lives. Starting with strong foundations in physics, mathematics, biology, and core engineering, students progress into advanced topics like signal processing, medical imaging, and embedded systems.

Throughout the eight semesters, we ensure holistic learning through hands-on lab work, faculty-led research, and industry internships—so our students graduate ready to make meaningful contributions to the field of medical technology.

Semester-Wise Learning Structure

No.

Course

Introduction to Calculus

Engineering Physics

Introduction to IOT

C Programming for Problem Solving

Engineering Exploration

Electronic Devices and Circuits

No.

Course

Differential Equations

Engineering Chemistry

Problem Solving with Data Structures

Design Thinking for Social Innovation

Basic Electrical Engg

Digital Circuits

Professional Communication

Digital Circuits Laboratory

No.

Course

Integral Transforms and Statistics

Circuit Analysis

Analog Electronic Circuits

Electronic Instrumentation and Measurements

Analog Electronic Circuits Lab

Microcontroller Architecture & Programming

Human Anatomy and Physiology

C Programming (Diploma)

Calculus and Integral Transforms (Diploma)

Probability and random process

No.

Course

Linear Algebra & Partial Differential Equations

Signal Conditioning and Data Acquisition

Biomedical Instrumentation

Biomedical Equipments

ARM Processor & Applications

ARM Microcontroller Lab

Biomedical Instrumentation Lab

Signal Conditioning & DAQ Lab

Data Structure Using C Lab (Diploma)

Vector Calculus Differential Equations (Diploma)

Problem Solving & Analysis

No.

Course

Fundamentals of Signals and DSP

VLSI Design

Machine Learning

Clinical Instrumentation

Therapeutic Devices

Operating System & Embedded Systems Design

Operating System & Embedded System Design Lab

Mini Project P1

Clinical Instrumentation Lab

Arithmetical Thinking & Analytical Reasoning

No.

Course

Biomedical DSP

Medical Image Processing

Gen AI

Professional Elective I

Biomedical DSP Lab

Medical Image Processing Lab

Minor Project

Industry Readiness & Leadership Skills

No.

Course

Medical Imaging Systems

Professional Elective II

PSE Elective III

PSE Elective IV

PSE Elective V

Senior Design Project

CIPE

No.

Course

PSE Elective VI

Open Elective I

Capstone Project Work

Internship

Career and Impact Beyond the Classroom

The B.E. Biomedical Engineering program prepares graduates to excel at the intersection of engineering and healthcare, equipping them with a strong foundation in biomedical technology, ethical practices, and collaborative skills. Within five years of graduation, students are expected to:

01

Apply the engineering concepts to maintain biomedical equipments and develop medical software.

02

Exhibit technical competence by upgrading their knowledge in Biomedical Engineering.

03

Inculcate the sense of social responsibility and practice ethics to work with varied groups

Graduate Attributes You’ll Carry Forward

01

Engineering Knowledge

Apply foundational knowledge to solve complex biomedical problems.

02

Problem Analysis

Identify and analyze clinical and engineering problems using research methods.

03

Design & Development

Design solutions and systems for biomedical applications considering societal needs.

04

Investigations

Use research-based knowledge and methods to draw valid diagnostic conclusions.

05

Modern Tool Usage

Utilize the state-of-the-art tools and software in healthcare solutions and analysis.

06

Engineer & Society

Apply contextual knowledge to assess healthcare-related social and ethical issues.

07

Environment and Sustainability

Understand the environmental impact of biomedical solutions.

08

Ethics

Follow ethical practices and professional norms in biomedical engineering.

09

Individual and Team Work

Collaborate effectively across multidisciplinary teams.

10

Communication

Present technical ideas effectively through written and oral formats.

11

Project Management and Finance

Manage healthcare projects with a clear understanding of business principles and solutions.

What You'll Achieve Through This Program

01

Acquire proficiency in the field of medical instrumentation, signal & image processing and hospital management.

02

Attain employability in Biomedical engineering and associated fields

03

Exhibit professional communication and team building skills through seminars, projects, workshops, hospital survey and internships.

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Have Questions? We’re Here to Help

For any queries regarding the program, eligibility, admission process, fee structure, or anything else you’d like to know — we’re here to help. Whether you’re a prospective student or a parent seeking clarity, feel free to reach out to our team.
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