Bachelor in Medical and Biological Physics

The University of Prince Edward Island, established in 1969 and located in Charlottetown, Canada, enrolls about 5,143 students and offers a welcoming, community-oriented campus. With a notable international student population of roughly 1,421, the university provides a multicultural atmosphere within a small-city setting. Charlottetown’s safe, coastal environment combines accessible student services with a high quality of life that eases the transition for those coming from abroad.

UPEI offers a diverse program portfolio—around 66 programs—spanning sciences, business, arts, education, and health-related fields, with an emphasis on experiential learning and community partnerships. Small class sizes and faculty engagement support individualized learning and hands-on projects. International students benefit from dedicated advising, orientation programs, and opportunities for research and internships that build practical experience.

Campus culture prioritizes close student-faculty relationships, leadership opportunities, and active student clubs that foster belonging. The university’s scale enables personalized academic planning and quick access to support services, while the island setting provides unique opportunities for environmental and marine research. For international students seeking a supportive, immersive Canadian university experience with strong community ties, UPEI offers both academic rigor and a balanced lifestyle.

The Bachelor in Medical and Biological Physics at the University of Prince Edward Island is a degree program that combines physics and biology to understand human disease. This program is for students who want to apply physics methodology to the prevention, detection, diagnosis, and treatment of human disease, and prepares them for graduate studies, medical school, or healthcare professions.

The curriculum includes courses like Physics for Life Sciences, Physics of the Human Body, and Biomechanics, as well as electives like Medical Physics, Biomedical Imaging, and Human Physiology. Students will develop skills in laboratory techniques, data analysis, and research methods, and learn to apply physical principles to biological systems.

Graduates of this program can pursue careers as Medical Physicists, Biomedical Engineers, Radiation Therapists, Diagnostic Imaging Specialists, or Research Scientists, working in hospitals, cancer centers, or biomedical research facilities. They can also work for employers like healthcare companies, research institutions, or government agencies, developing new medical technologies or improving existing ones.