University of Saskatchewan

What you'll study

The programme combines fundamental science and mathematics with progressive engineering coursework and practical laboratory experience. Early years emphasise calculus, linear algebra, physics, chemistry and introductory programming alongside basic electrical engineering topics such as circuit analysis and digital logic. Middle years move into core electrical engineering subjects including electronic circuits, signals and systems, electromagnetics, control systems, microprocessors and embedded systems, power systems and electrical machines. Advanced options allow study in areas such as communications and signal processing, power and energy systems, renewable energy integration, microelectronic design, photonics, biomedical instrumentation and power electronics.

Most degree plans include a significant laboratory and design component each year, with dedicated courses in instrumentation, measurement and hardware implementation. A capstone design project in the final year tasks students with completing a team engineering design from specification through testing and documentation. Students may also take complementary courses in computer engineering, software, management or entrepreneurship to broaden their skill set.

Opportunities for experiential learning include a co‑op stream and industry internships, engineering design competitions, and collaboration with research groups. Academic advising supports elective selection so you can tailor the degree toward communications, power systems, embedded systems or other specialisations.

Entry requirements

Applicants typically need a recognised secondary school diploma with strong performance in senior mathematics (calculus or pre‑calculus where applicable) and physics. High achievement in chemistry is recommended for some pathways. Admission decisions consider overall academic performance and the strength of math/science preparation.

The university also admits mature students and applicants from college or transfer programmes; these applicants are assessed on post‑secondary performance and prerequisites. International applicants must meet the equivalent academic prerequisites and demonstrate proficiency in English through accepted language tests or previous education delivered in English.

Successful applicants should demonstrate problem‑solving ability, teamwork potential and a commitment to sustained, technical study. Specific course prerequisites and admission categories (regular, transfer, co‑op) are described by the University of Saskatchewan's admissions office.

Career prospects

Graduates of the Electrical Engineering programme enter a wide range of sectors including power generation and distribution, renewable energy, oil and gas, mining, telecommunications, aerospace, automotive and transportation, manufacturing, automation and control, medical devices, and consumer electronics. Roles include design engineer, controls engineer, power systems analyst, electronics designer, systems engineer, embedded systems developer, test and validation engineer, project engineer and field service engineer.

Many graduates pursue professional licensure as engineers (P.Eng.), which typically requires an accredited degree, relevant work experience and completion of professional practice requirements. Others continue into research or postgraduate study (MEng/MSc/PhD) or move into technology management, sales engineering or consulting.

Why study at University of Saskatchewan

The University of Saskatchewan offers an accredited electrical engineering education with a balance of theoretical depth and practical, hands‑on learning. The College of Engineering provides modern teaching laboratories, specialised research facilities and project spaces that support student design work and experimental learning. The university's research strengths and partnerships reflect regional industrial needs—such as energy, agriculture technology and mining—creating opportunities for applied projects and industry collaboration.

Students benefit from accessible faculty, academic and career support services, student engineering societies and competition teams. The availability of co‑op and internship pathways helps students gain workplace experience and build professional networks before graduation. The campus environment and connections with local and national employers make the University of Saskatchewan a practical choice for students seeking a career in electrical engineering.