The program is designed to equip specialists in biomedical engineering with strong scientific and professional skills. This will enable them to fulfill the demands of the labor market and make meaningful contributions to society. It aims to provide graduates with the necessary knowledge and experiences to excel in the field. Additionally, the program seeks to develop skills as analytical and critical thinking, and research aptitude among graduates while also fostering leadership, communication, teamwork, and responsibility skills to enhance their effectiveness in the market.

Biomedical Engineering serves as a bridge between the fields of Engineering and Medicine. The primary aim of this program is to design and maintain a range of medical devices that can assist doctors in accurately diagnosing medical conditions, identifying appropriate treatment approaches, and achieving positive results that support patients' swift recovery. Biomedical Engineering combines biomedical sciences, physiology, and engineering disciplines such as computer engineering, electrical engineering, and mechanical engineering. The aim is to understand the nature of diseases from all perspectives, handle them effectively, and design suitable medical and compensatory devices.