University of Saskatchewan

What you'll study

The programme combines foundational mathematics and physics with core engineering topics and hands‑on laboratory work. Early years focus on calculus, linear algebra, classical mechanics, electromagnetism, thermodynamics and introductory materials science, together with basic engineering courses in circuits, statics and programming.

• Intermediate and advanced physics modules such as quantum mechanics, statistical mechanics and solid‑state/condensed matter physics.
• Engineering‑oriented topics including electronics and instrumentation, semiconductor devices, control theory, and engineering design.
• Computational methods and numerical modelling for simulation of physical systems.
• Laboratory courses that develop experimental technique, data analysis and scientific reporting.
• Capstone design or research project in later years, often with options to work with faculty research groups or industry partners on topics like photonics, nanomaterials, sensors or quantum technologies.

Students may choose electives to emphasise either more theoretical physics or more applied engineering directions, and there are opportunities to take multidisciplinary courses in materials, electronics, or systems engineering.

Entry requirements

Applicants are expected to have a strong high school background in mathematics and sciences. Typical prerequisites include senior‑level mathematics (calculus or equivalent) and physics; chemistry is also commonly recommended. Admission is competitive and based on academic performance in required courses.

• Secondary school diploma with strong grades in mathematics and physics.
• Demonstrated competence in calculus and algebra; additional credits in chemistry or computer science are beneficial.
• For international applicants, proof of English language proficiency is required if previous education was not in English.
• Some applicants may be considered for transfer from related programmes if they meet course equivalency and performance criteria.

Prospective students should consult the university's admissions pages for the most current prerequisite lists and application procedures.

Career prospects

Graduates of Engineering Physics are prepared for roles that bridge science and engineering. The programme develops analytical, experimental and computational skills valued across many sectors.

• Research and development positions in photonics, semiconductors, materials science and instrumentation.
• Engineering roles in aerospace, telecommunications, energy, medical devices and sensors.
• Technology development and product engineering in startups and established firms.
• Further study at the graduate level (MSc/PhD) in physics or engineering fields, or professional engineering accreditation routes where applicable.
• Technical consulting, patent work, data science and roles that leverage strong quantitative and problem‑solving abilities.

Why study at University of Saskatchewan

The University of Saskatchewan offers a distinctive environment for Engineering Physics with close links between physics and engineering departments and access to significant research infrastructure. Students benefit from hands‑on laboratory experiences, opportunities to participate in faculty research, and collaborations with provincial and national research facilities.

• Proximity to major research facilities and centres, providing opportunities for experimental projects and interdisciplinary collaboration.
• Active research groups in areas such as photonics, materials, and applied physics that supervise undergraduate research and capstone projects.
• Opportunities for work‑integrated learning and industry engagement through internships, co‑op options or project partnerships.
• A campus community that supports small‑group interactions with faculty and access to student support services for academic and career development.

Prospective students should review programme and departmental pages for details on specialisations, research opportunities and how the programme can be tailored to specific career goals.