B.E. Bio-Medical Engineering

Affiliation:
Anna University, Chennai

Duration:
4 Years

About the Department

The Department of Bio-Medical Engineering at Sri Ramakrishna College of Engineering is committed to bridging the gap between engineering, medicine, and healthcare innovation. Established with the aim of producing skilled biomedical engineers, the department focuses on developing engineering solutions that improve diagnostics, therapeutic systems, medical devices, and overall patient care.

The programme integrates engineering principles with biological sciences, providing students with a deep understanding of electronics, instrumentation, imaging systems, biomaterials, and medical technologies. With advanced laboratories, experienced faculty, industry collaborations, and a strong emphasis on research, the department prepares students to contribute to the rapidly evolving global healthcare sector. Students gain practical experience through hands-on training, hospital exposure, clinical instrumentation practice, and project-based learning.

Vision

To develop an innovative and multi-disciplinary skills relating the fundamentals of Biomedical engineering with other disciplines to improve the health care and to increase life expectancy.

Mission

To enrich the learning skills and to emphasize the usage of technical knowledge to improve the quality and betterment of life.
To practice excellence in Biomedical Engineering by relating engineering and medicine through education.

Programme Highlights

Curriculum designed to blend engineering principles with healthcare applications.
Specialized training in medical instrumentation, biomedical sensors, imaging systems, and rehabilitation devices.
Strong laboratory infrastructure with dedicated biomedical facilities.
Hands-on experience with real medical equipment used in hospitals and diagnostic centres.
Workshops, seminars, and industrial visits to hospitals, biomedical companies, and research labs.
Research-driven learning with opportunities to develop medical devices & prototypes.
Highly qualified faculty with expertise in electronics, instrumentation, biology, and healthcare engineering.
Encouragement for students to pursue clinical internships, mini-projects, and industry certifications.
Career preparation through skill training, communication development, and placement support.

About the Curriculum

The curriculum follows a multidisciplinary model supporting both engineering depth and medical application.

Electives / Advanced Modules

Rehabilitation Engineering
Telemedicine Technology
Bioinformatics
Medical Robotics
Advanced Biomaterials
Neural Engineering
Tissue Engineering Basics

Skill-Based Components

Mini projects every year
Clinical training at hospitals
Medical equipment handling sessions
Laboratory-based experiments
Industry internships
Certification courses (Biomedical Instruments, AI in Healthcare, IoT Medical Devices)