Engineering Physics Simon Fraser University

Overview

The Engineering Physics B.A.Sc. (Hons) at Simon Fraser University provides a comprehensive education that bridges the gap between fundamental science and applied engineering. Students gain a unique perspective by learning not only how electrical systems and components function but also the underlying physical principles that govern their operation. This demanding curriculum is designed for those who seek a deep technical understanding of modern technology.

As an honours-level programme within the School of Engineering Science, this degree maintains high academic standards and requires a specific grade point average for graduation. The multidisciplinary nature of the coursework ensures that graduates are versatile professionals, capable of tackling complex problems in diverse technological sectors.

Why Engineering Physics at Simon Fraser University?

Studying at Simon Fraser University offers students access to the Faculty of Applied Science, a hub of innovation and technical excellence. The Engineering Physics option is specifically structured to provide a dual-lens approach, where the practical skills of an engineer are complemented by the analytical depth of a physicist. This combination is highly valued in industries that rely on cutting-edge hardware and complex system design.

The university provides a supportive environment through the School of Engineering Science, fostering a community of high-achieving students. By choosing this path, learners benefit from a curriculum that is both academically challenging and professionally rewarding. The programme's reputation for excellence ensures that its graduates are well-regarded by both top-tier employers and prestigious graduate schools worldwide.

Tuition Fee Breakdown

• International fee: CAD 37442 per year
• National fee: CAD 7502 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum focuses on the intersection of physical science and engineering systems. Modules may include:

• Engineering Science
• Physics
• Electrical Systems
• Transistor Technology
• Applied Science
• Advanced Engineering Design

Careers with Engineering Physics

Graduates of this programme are uniquely qualified for a variety of high-impact roles across the technology and science sectors. Because the degree provides both theoretical depth and practical expertise, alumni often find success in fields such as semiconductor manufacturing, telecommunications, and renewable energy development. The rigorous training prepares students for the demands of modern industry and the complexities of technical innovation.

Common career paths include roles in research and development, systems engineering, and technical consultancy. Additionally, the honours designation and the depth of the physics coursework provide an excellent foundation for those wishing to pursue Master's or Doctoral studies. Graduates are equipped to enter the workforce directly as skilled engineers or to continue their education in specialised scientific disciplines.