The Diploma in Biomedical Engineering is a three-year specialized program that integrates principles of engineering with medical sciences. It is designed to train students in the development, operation, and maintenance of medical equipment and diagnostic systems used in hospitals and healthcare facilities. This interdisciplinary course emphasizes both electronics and biological sciences, preparing students for careers in the healthcare technology sector.
To deliver comprehensive and ethical education in biomedical technology with real-world relevance.
To provide exposure to emerging medical technologies and healthcare innovations.
To empower students to become skilled technologists, capable of maintaining life-saving medical equipment and supporting clinical excellence.
To be a pioneer in biomedical engineering education, contributing to the healthcare sector by producing competent professionals who can blend technology with compassion for human welfare.
The Department of Biomedical Engineering at Karur Polytechnic College is committed to producing technically skilled and ethically responsible biomedical technologists. With a strong focus on healthcare innovation and medical device handling, the department is supported by dedicated faculty, modern lab infrastructure, and strong industry linkages with hospitals and healthcare equipment manufacturers.
Anatomy and Physiology for Engineers
Biomedical Instrumentation
Hospital Equipment Maintenance
Medical Imaging Systems (X-ray, CT, MRI, Ultrasound)
Clinical Laboratory Equipment
Sensors and Transducers
Microprocessors and Signal Processing
Bioelectronics and Biostatistics
Patient Monitoring Systems
Industrial Exposure and Final Project
Biomedical Instrumentation Lab – ECG, EEG, EMG, infusion
pumps, and patient monitors.
Clinical Lab Equipment Lab – Blood analyzers, centrifuges,
microscopes, and sterilization tools.
Medical Imaging Lab – Study and simulation of imaging
systems like CT, MRI, and X-rays.
Electronics & Sensor Lab – Working with transducers,
signal amplifiers, and interface circuits.
Microprocessor and Embedded Lab – Applications in
biomedical device control and signal acquisition.
Biomedical Equipment Technician / Engineer
Hospital Maintenance and Technical Support
Medical Equipment Manufacturing Firms
Clinical Testing Laboratories
Field Service Engineer in Diagnostic Equipment Companies
Technical roles in Government Hospitals and Health
Departments
Entrepreneurship in medical equipment servicing and supply
Further Studies in B.E. / B.Tech in Biomedical or related
engineering streams
