After graduating from this program, students will be able to design tools, equipment, and software used in health care; design circuits, software to run medical devices or computer simulations to test new drug therapies; design and build artificial body parts (hip joints, knees) or develop the materials to make replacement body parts.

Students complete the programs can work in many positions and fields as below:

• Clinical engineer in charge of managing and operating medical equipment in treatment and diagnostic facilities.
• Specialist in medical equipment at public and private hospitals, health facilities; companies trading and manufacturing equipment in the field of medical, biotechnology, environmental technology.
• Lecturers, researchers of biomedical engineering.

Medical facilities and companies often recruit graduates in this sector are: 

• Central, public and private hospitals in provinces and cities nationwide.
• Foreign or domestic companies in medical equipment and services.
• Institute of Biomedical Physics, institutes/schools with training in Biomedical Engineering.