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Mathematical Physics

Bachelor of Science Honours (B.Sc. Honours) - View all program options

Learn how to get the most out of your degree and prepare for your future career.

Mathematical physics connects mathematics to physical phenomena. Its tools allow us to describe how a top spins, how a pendulum swings or how a rattleback rocks and defies normal intuition. Studying mathematical physics reveals the hidden intricacies of relativity and quantum theory.

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Learn more about some of the required major-specific courses for this degree. View the course and program catalogue or meet with an academic advisor to understand all program requirements.

Year 1 courses

The courses listed here and in the Course and Program Catalogue are not necessarily offered each year and do not represent the totality of your requirements.


MATH 164.3 | Introduction to Linear Algebra
PHYS 115.3 | Physics and the Universe
PHYS 125.3 | Physics and Technology


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What will I learn?
  • Learn about the deepest, most difficult and fascinating realms of both Mathematics and Physics
  • Study conceptual, mathematical frameworks that describe or explain physical phenomena
  • Learn how one builds theories of physical phenomena, accounting for physical features which are then expressed in precise mathematical terms
  • How the deductions of the theory capture essential aspects of physical reality

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Create local and global connections


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Featured courses

Explore your major

Learn more about some of the required major-specific courses for this degree. View the course and program catalogue or meet with an academic advisor to understand all program requirements.

Year 2 and 3 courses

The courses listed here and in the Course and Program Catalogue are not necessarily offered each year and do not represent the totality of your requirements.


EP 202.3 | Electric and Magnetic Fields and Circuits
MATH 238.3 | Introduction to Differential Equations
MATH 266.3 | Linear Algebra II
MATH 276.3 | Vector Calculus I
MATH 277.3 | Vector Calculus II
MATH 339.3 | Differential Equations and Special Functions
MATH 352.3 | Elementary Differential Geometry
MATH 371.3 | Real Analysis I
MATH 379.3 | Complex Analysis
PHYS 223.3 | Mechanics I
PHYS 252.3 | Foundations of Modern Physics
PHYS 323.3 | Mechanics II
PHYS 356.3 | Intermediate Electromagnetism
PHYS 371.3 | Statistical and Thermal Physics
PHYS 383.3 | Quantum Mechanics I
STAT 241.3 | Probability Theory


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Add to your major

Choose from a variety of minors and certificates to complement your major.

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Explore your major

Learn more about some of the required major-specific courses for this degree. View the course and program catalogue or meet with an academic advisor to understand all program requirements.

Final Year courses

The courses listed here and in the Course and Program Catalogue are not necessarily offered each year and do not represent the totality of your requirements.


ASTR 411.3 | Gravitation and Cosmology
MATH 402.0Honours Thesis in Mathematics and Statistics
PHYS 481.3 | Quantum Mechanics II
PHYS 490.0 | Physics Seminars


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USask Student Competencies

USask Student Competencies are the knowledge, skills, and attributes developed and leveraged to achieve success in your learning and work:

  • Engaging in our intercultural society
  • Nurturing successful relationships
  • Leveraging technology
  • Adaptive design and problem solving
  • Communicating meaningfully
  • Cultivating well-being

Possible destinations

People with a mathematical physics degree take their knowledge and skills into many different industries and occupations. Note that some of the career paths listed here require further education and training.


Career paths

  • 3D Programmer
  • Anaplan Modeler
  • Assistant Signalman
  • Data Engineer
  • Data Scientist
  • Embedded Software Engineer
  • Entry Level Design Engineer
  • Field Engineer
  • Implementation Analyst
  • Lab Technician
  • Lecturer
  • Optical Algorithms Engineer
  • Physics Gameplay Programmer
  • Physics Programmer
  • Practical Coordinator
  • Quantitative Analyst
  • Quantitative Researcher
  • Quantitative Strategist
  • Seismic Analyst
  • Signals & Communications Apprentice
  • Software Developer
  • Solutions Expert

The Mathematical Physics program is one of only a small handful of programs that offers students the knowledge and skills to find, create, and apply the language of mathematics to the world. More and more, I find technology moving in the direction of increasing complexity. Just this year (2026), USask became the first Canadian University to own a quantum computer. With these advancements, we need more people who understand the fine details of how our world works. From creating quantum algorithms for vaccine research to understanding the material requirements for superconductivity, this program of study offers the knowledge and skills necessary to innovate. This program offers exactly that: vision to see solutions, the skills to accomplish them, and the drive to follow through..

—Cole, Bachelor of Science (Honours) in Mathematical Physics '25

Where do USask alumni work?

  • BPF Solutions Group
  • Canadian Light Source Inc.
  • Cameco
  • Center State Bank
  • CIBC
  • Clifton Engineering Group Inc.
  • Data Sciences
  • Enrich Software Corp.
  • Fraser Health Authority
  • Hansei Systems
  • Highline Manufacturing
  • Orano Canada
  • Solido Design Automation/Siemens
  • SGI Canada
  • Stewart Blusson Quantum Matter Institute
  • University of Saskatchewan
  • Vendasta

Explore Canadian salaries for various occupations using the Job Bank Career Planning Tool


"The Mathematical Physics program at USask offers a wide range of specialization and career options. Undoubtedly, the most valuable experience the curriculum offers is that of research; being in the program facilitates collaboration with various professors and research groups. This degree provides a two-fold advantage: it establishes me as a strong candidate for graduate studies, while also making me ideal for emerging industries that value innovation, rapid learning, and first-principles approaches."

—Daniel, fourth-year Mathematical Physics (Honours) student

"The Mathematical Physics program has raised my problem-solving ability far beyond what it would have been. Much of solving mathematical physics problems relies on sound logic and reasoning. Therefore, this skill can be easily transitioned and applied to solving code-problems in a software environment, for example, as solving these problems relies on the same type of logical reasoning. Furthermore, the additional mathematics and physics knowledge I have may be an asset in finding employment in the Research & Development industry."

—Saif, Bachelor of Science (Honours) in Mathematical Physics '23

"This program has given me the opportunity to experience many valuable activities, such as publishing my first paper, participating in quantum computing hackathons, and competing in mathematics competitions. I have benefited greatly from the guidance and academic support provided by the Mathematical Physics department, and the small community has also allowed me to build meaningful friendships."

—Luis, fourth-year Mathematical Physics (Honours) student