Bioengineering is an academic discipline with a wide range of scope associated with it. It covers an extended syllabus of study and concentrates on the fundamentals of both biology and engineering. With the use of science and mathematics for meeting the principles of engineering, students are trained and specialised with elements of computer science, electrical engineering, and mechanical engineering. The purpose of this study is to equip students with knowledge of biological systems and biomedical technologies. Biomedical Engineering aims to design and build new medical technology for engineered research required to produce chemicals and portable diagnostic devices for diseases.

Biomedical Engineering is a newly segregated sub-discipline from Bio-engineering. It is considered to be one of the most exciting branches of engineering with different areas of focus. It is a multidisciplinary field that aims to develop a study on specific goals concerning medicine and healthcare. Biomedical Engineers combine engineering principles and biology to meet the needs of healthcare facilities and medicine. They design and develop medical and surgical instruments as well as test prototypes. The work that Biomedical Engineers do is not only limited to the demonstration of equipment to medical personnel. These engineers also report research findings through scientific publications, oral presentations, and formal documents. The need to use technology and to upgrade the same in almost all areas of daily utility has increased the demand for Biomedical Engineers.