Includes: Mechanics, Electromagnetics, Genetics, Quantum Physics, Laser Physics, Cell Biology, Professional School Preparation
Biophysics is an exciting interdisciplinary frontier of science in which the principles and techniques of physics are used to study living things and how they work. For instance, biophysicists have applied laser physics to map cells in three dimensions and reveal bacteria in drinking water, and have developed or improved techniques for analyzing organisms such as EM (Electron Microscopy), CT (Computer-aided Tomography), MRI (Magnetic Resonance Imaging), and X-ray crystallography. Studies of biological systems can also find applications to problems in physics. For example, the DNA of salmon has been found to improve the performance of light emitting diodes, and areas of nanotechnology are founded upon the unique mechanical and electrical properties of DNA. Biophysicists study organisms at all levels of biological organization from the macroscopic (e.g. movement, muscle contractions, breathing) to the microscopic (e.g. cell division, molecular motors, energy generation and conversion, cellular reactions to physical stimuli).
York’s Biophysics program is strong in both physics and biology, with uniquely interdisciplinary courses highlighting their interfaces. The program has a scope sufficiently broad to expose students to knowledge and techniques applicable not only to humans but to all of the kingdoms of life. Students acquire a theoretical and practical understanding of biology, physics, and supporting fields through both lecture- and lab-based courses.
Typical First-Year Courses
- Linear Algebra
- Computer Use
Experiential Education (EE) gives students the opportunity to apply theories learned in the classroom to concrete experiences. These experiences can occur within a course, community, or work/professional setting. The goal of EE is to deepen the learning objectives of a course or program, allowing students to better retain their knowledge of new concepts and be better prepared for life after graduation.
|Internship||York Regional Police - |
Major Collision Investigation Unit:
|Research and organize accumulated data. Develop physics formulas within field reconstruction, compare existing data to current formulas, assist with administrative tasks.|
How to Apply
- Complete an Online Application Form.
- Pay the application fee.
- Submit supporting documents through the York University online portal, MyFile.
- Within four business days of application, you will receive a confirmation email with your nine-digit student reference number, which will allow you to access your MyFile account and upload your documents.
- It is important to check your MyFile regularly for any documents you are required to submit and updates to the status of your application.
- More information about supporting documents, document processing times and decision processing times is available on the I’ve Applied page.
Important Note: Deadlines for each entry period (Fall, Winter & Summer) can be found on the York University Future Students Website.
A degree from the Faculty of Science opens the door to many different pathways and opportunities. York Science offers an ideal learning environment to achieve your highest potential. Our programs are known for academic excellence, with professors who are committed to your success.
Our Experiential Education Coordinator provides career support services to students looking to engage in experiential learning, including co-op and internship workshops, resume help, interview prep, and much more.
The Career Center at York offers free support and resources to students such as career development workshops, one-on-one appointments, networking events, and job boards.
- Medical Science
- Forensic Science
- Radiation Science
- Environmental Science
- Agricultural Science
- Computational Biology
- Applied Health Sciences
- Professional Schools – Medicine, Dentistry, Optometry, Pharmacy, etc
- Education – elementary, high school, college, university
- Postgraduate Studies/Academic Career