9 Biomedical Technology BSc Degree Programs

Our two-track first cycle degree program in Biomedical Materials Industries is your gateway to acquiring integrated competencies in natural resource technologies and chemical sciences.

Our BSc (Hons) Biomedicine with AI degree gives you a solid foundation in life sciences while showing you how cutting-edge AI technologies are advancing our understanding of the human body and driving innovation in healthcare.

The Bachelor of Science in Biomedical Informatics program provides students with a comprehensive understanding of the intersection between healthcare and information technology. It emphasizes the deve...

Within the framework of the "Biomedical Engineering" program, bachelors are trained to work effectively in the design, construction, research, use, and operation of medical devices and biotechnical systems for various functional purposes.

The Bachelor of Science in Medical Technology prepares students to become skilled professionals in clinical laboratories. The program covers essential areas like clinical chemistry, hematology, microb...

The Bachelor of Science in Medical Technology (Online) program is designed to prepare students for careers in healthcare quality and laboratory testing. It offers a flexible learning format that allow...

The program is designed for students who already have an background in Medical Laboratory Technology (MLT) through an associate degree and want to advance their education. This online bachelor’s degre...

Clinical or medical technologists deal with the analysis of specimens that are critical to the diagnosis and treatment of diseases. They perform a variety of physical, chemical, and microscopic analyses of body fluids and tissues using microscopes, chemicals, computers, and complex laboratory equipment.

Throughout history, we have benefitted from these amazing discoveries; from Edward Jenner who created the world’s first vaccination for smallpox, to the use of contact lenses to non-invasively monitor blood glucose in diabetic patients, and up to today where scientists have created biotechnology software to identify human faces with DNA left behind at crime scenes as well as wearable tattoos to monitor our important body functions by sending the information directly to the smartphones of our doctors.