This program seeks to initiate engineering graduates or postgraduates
Students in physics with a background of electrical, electronics, communication, and instrumentation into biomedical engineering by
Exposing them adequately to anatomy and physiology.
Have you ever wondered how a doctor can determine your blood pressure accurately? The doctor will not be able to do that without the medical devices developed by biomedical engineers. Biomedical engineering requires the multi-disciplines of electrical, mechanical, health and life sciences to enable the development of medical devices from a simple product like a clinical thermometer, to highly complex devices such as an artificial heart.
Students in physics with a background of electrical, electronics, communication, and instrumentation into biomedical engineering by
Exposing them adequately to anatomy and physiology.
Have you ever wondered how a doctor can determine your blood pressure accurately? The doctor will not be able to do that without the medical devices developed by biomedical engineers. Biomedical engineering requires the multi-disciplines of electrical, mechanical, health and life sciences to enable the development of medical devices from a simple product like a clinical thermometer, to highly complex devices such as an artificial heart.
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