"The math and problem-solving skills I learned while studying physics made learning about computer science a natural path to follow. Using this combined skill set, I was able to do exciting research with professors from both Physics and Applied Computer Science departments at UWinnipeg. The level of mentorship I received meant I built unique in-demand skills while also gaining practical experience."
– Michael Honke (BSc Physics), Software Developer at Ziva Dynamics | Physics Simulation and Graphics Developer
Computational Physics
From the transistor to the internet to the quantum computer, physicists have always played a leading role in the development of new computing hardware and methods. Computational physics at UWinnipeg combines computer science, physics, artificial intelligence, data science, and applied mathematics to solve complex problems.
In the computational physics stream, you will learn all about the fundamental laws of nature, while developing real world skills in numerical methods and coding, as well as data handling and visualization. You will also learn about leading edge techniques such as artificial intelligence (AI), quantum computing, and machine learning.
Professors in the physics department conduct research in subatomic physics, medical physics, theoretical physics, and applications to developing fields of technology like digital agriculture. All of these research areas make use of computing to solve problems, and many students participate in research using computational resources under the direction of faculty. As with the main physics program, students may find paid summer employment with the various research groups. This program leads to a Bachelor of Science degree (4-year Honours), which provides excellent preparation for entry into graduate programs in computer science or physics or into industry where analytical and computing skills are in demand. Also, please see other related programs: “Physics,” “Pre-Engineering,” and “Medical Physics.”
Ready to Apply?
Get StartedQuestions about the application process? Contact a student recruitment officer at welcome@uwinnipeg.ca or 204.786.9844.
"The math and problem-solving skills I learned while studying physics made learning about computer science a natural path to follow. Using this combined skill set, I was able to do exciting research with professors from both Physics and Applied Computer Science departments at UWinnipeg. The level of mentorship I received meant I built unique in-demand skills while also gaining practical experience."
– Michael Honke (BSc Physics), Software Developer at Ziva Dynamics | Physics Simulation and Graphics Developer
Dr. Blair Jamieson, Chair
phone: 204.786.9216
email: bl.jamieson@uwinnipeg.ca
In any case where The University of Winnipeg Academic Calendar and this webpage differ, the current Calendar takes precedence.
How to Apply
For details on application requirements and deadlines, and to apply online, please visit: uwinnipeg.ca/apply
For more information contact a student recruitment officer at welcome@uwinnipeg.ca or 204.786.9844.
In any case where The University of Winnipeg Academic Calendar and this fact sheet differ, the current Calendar takes precedence.
Dr. Blair Jamieson, Chair
phone: 204.786.9216
email: bl.jamieson@uwinnipeg.ca
web: uwinnipeg.ca/physics
Last Updated: 08/01/2024
"The math and problem-solving skills I learned while studying physics made learning about computer science a natural path to follow. Using this combined skill set, I was able to do exciting research with professors from both Physics and Applied Computer Science departments at UWinnipeg. The level of mentorship I received meant I built unique in-demand skills while also gaining practical experience."
– Michael Honke (BSc Physics), Software Developer at Ziva Dynamics | Physics Simulation and Graphics Developer
Last Updated: 08/01/2024