Master in Physics - Medical Physics - with thesis

Laval University, located in Quebec City, Canada, is a leading institution that offers many advantages for international students. You'll benefit from its rich history, research excellence, and innovative approach to education. With 42,000 students, including 9,500 international students from 130 countries, you'll be part of a diverse and dynamic community. The university's stunning campus, which includes historical buildings and modern facilities, provides a unique learning environment.

Laval University specializes in many fields, with 545 programs available. Specifically, you can explore programs in engineering, business, health sciences, social sciences, humanities, and more. The university is home to many research centers and institutes, such as the Quebec Heart and Lung Institute and the Center for Optics, Photonics and Lasers. French is the primary language of instruction, but many programs are also offered in English, making it an ideal destination for international students.

As a student at Laval University, you'll have access to modern facilities, such as the new Pierre Lassonde Pavilion, which serves as a hub for entrepreneurship and innovation. You'll also be able to engage in many extracurricular activities, such as sports, arts, and culture, through the university's many student clubs and organizations. Located in the beautiful city of Quebec, you'll be able to experience the unique culture and history of the region, while also being close to many internship and job opportunities.

The Master in Physics with a focus on Medical Physics is a highly specialized program at Laval University in Canada. This Master's degree takes one year to complete, is taught in English, and includes a thesis. The main advantage of this program is the opportunity to apply physics knowledge to medical problems.

The curriculum covers core topics such as radiation protection, medical imaging, and radiation therapy, as well as elective courses like medical radiation physics, nanotechnology, and biomedical engineering. Students develop skills in applying physics to medical problems and can specialize in areas like radiobiology, dosimetry, or medical imaging. The program includes hands-on components, such as a research project or thesis, to help students develop their skills.

Graduates can pursue careers as Medical Physicists, Radiation Therapists, Biomedical Engineers, Research Scientists, or Clinical Specialists, working in hospitals, research institutions, or private companies, and applying their knowledge to improve human health.