Engineering Physics University of British Columbia

Overview

The Engineering Physics programme at the University of British Columbia is a highly competitive and academically rigorous course designed for students aiming to become research engineers or technology entrepreneurs. This interdisciplinary degree provides a deep foundation in applied physics alongside essential engineering principles to foster innovation and big-picture thinking. Students benefit from extensive design experience and a curriculum that bridges the gap between pure science and practical application.

Why Engineering Physics at University of British Columbia?

This programme is distinguished by its focus on interdisciplinary engineering projects and its reputation as one of the most challenging undergraduate paths at the institution. Students gain access to the UBC Sustainability Solutions Applied Physics Laboratory, which hosts unique research initiatives such as the Solar Canopy group. The curriculum is specifically structured to include protected time for technical work terms, ensuring that academic learning is consistently reinforced by professional industry experience.

Tuition Fee Breakdown

• International fee: CAD 63654 per year
• National fee: CAD 7498 per year

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

Syllabus

The curriculum spans five years, allowing students to specialise in areas such as Electrical, Mechanical, or Mechatronics. Modules may include:

• Chemistry for Engineering
• Differential Calculus with Applications to Physical Sciences and Engineering
• Software Construction
• Linear Circuits
• Heat and Thermodynamics
• Mechanics of Materials
• Digital Systems and Microcomputers
• Electricity and Magnetism
• Numerical Methods for Differential Equations

Careers with Engineering Physics

Graduates are well-equipped for diverse roles across high-technology sectors and scientific research. The broad skill set acquired during the programme allows for successful careers in micro and nanotechnology, semiconductor development, and telecommunications. Many alumni find opportunities in the following areas:

• Nuclear and particle physics research
• Healthcare technology and medical physics
• Clean energy and environmental solutions
• Fibre optics and laser design
• Aerospace and mechanical systems
• Applied research and development in private industry

The combination of rigorous mathematical training and practical engineering design also provides a strong platform for those looking to launch their own technology start-ups or pursue advanced academic research.