Bachelor of Science in Engineering Physics

Solve real-world problems

The Engineering Physics program bridges the foundational knowledge contained in the conventional engineering and science programs to create an experience for students who want to learn at the forefront of technology. The program targets the developing fields of quantum technology, space flight, biomedical imaging, nanotechnology and beyond. Students enrolled in this program will be able to custom design a unique experience through a range of courses offered in the third and fourth years, with the unique opportunity afforded by design and experimentation courses offered throughout the program. Engineering Physics offers unique opportunities to work on projects with state-of-the art technologies not only in the fourth-year capstone course, but through integrated experimental methods courses in the second and third year. Engineering Physics shows you what is possible today so that you are prepared to advance technology and push boundaries tomorrow.

Engineering Physicists often work in start-up companies, research and development departments, or other high-tech industries. The unique and broad skill set sets graduates of Engineering Physics will be able to solve real-world problems, develop new instruments, measurement techniques or prototype systems.

Courses in this program

Continuum Mechanics, Research and Design for Engineering Physics, Fundamentals of Circuits and Systems, Multiphysics Design for Electromechanical Systems, Math Methods for Engineering Physics

Find out more

The Engineering Physics program begins with common core first-year engineering, which consists of 10 courses in mathematics, sciences, computing, engineering principles, communications and design. The second year focuses on providing the necessary core competencies in mathematics, mechanical engineering, electrical engineering and physics. In the third and fourth years, you can choose your courses to develop an area of focus in the path you wish to choose for a future career in industry or prepare you for further study.

More details about admissions, budgeting and how to apply are available on the UCalgary Future Students program description.

Quantum Science and Technology

This area of focus gives you the background to work on quantum materials, computing, etc. You will learn the fundamental principles of quantum science, including statistical mechanics, quantum mechanics and digital communication systems.

Aerospace

In this area of focus, you will develop your skills in fluid dynamics, combustion and astrophysics. These skills will support you in developing novel aircraft, rockets and satellites for near earth orbit or new engine technologies.

Computation

In the computation area of focus, you will learn advanced modelling and numerical techniques that can be used to solve a wide variety of problems. Examples include creating digital twins, machine learning and artificial intelligence, finite element method, among others.

Materials

As we look to the future, we will need new materials that are stronger, lighter, more conductive, sustainable and recyclable. In this area of focus, you will bring together mechanics of materials, synthesis and characterization of materials and condensed matter physics.

Biomedical

Biomedical imaging systems, prosthetics and some treatment strategies rely on technologies that require advanced physics and engineering skills. In this area of focus, you will learn the necessary background to apply physical and engineering principles to solve real-world physiological problems.

Energy Solutions

Developing and monitoring energy systems for both conventional carbon-based and renewable production is continually evolving. Engineering Physics provides the tools to leverage skills from electrical and mechanical engineering and electronic materials fundamentals from condensed matter physics.

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Guaranteed program placement

We offer guaranteed first choice of program to students who successfully complete all 10 technical common-core courses in their first year. No need to apply to enter the engineering discipline you want to pursue - the choice is yours.

I found that the multi-disciplinary education in math, physics, mechanics, materials, electronics, programming, and the systematic approach to problem-solving to be incredibly valuable. Having fundamental and interdisciplinary understanding of how things work has served me well in founding and running a growing technology company.

Andrew Bruce Lau

Co-founder of Zaber Technologies Inc.

Engineers Canada wants well-rounded engineering graduates. Learn about Complementary Studies now!

Common 1st year

Undergraduate students spend their first year learning about the broad world of engineering. From there, they focus their studies on a specific engineering discipline for the remainder of their degree.

Choose a major

In their second year of studies, undergraduate students begin taking courses in their major. These programs include: biomedical, chemical, civil, electrical, engineering physics, geomatics, mechanical, software and sustainable systems engineering.

Internship

Between their third and fourth year, students can apply to do an internship. These paid work experiences range from 12 to 16 months. For students interested in international internships, one in 15 intern abroad.

Design project

During their fourth year of study, students undertake a team design project. Many work with an industry partner. Together, they develop well-researched and tested solutions to real-world challenges.

Are you torn between choosing an engineering or business education? At the University of Calgary you can simultaneously complete a Bachelor of Science in Engineering and a Bachelor of Commerce in five years. This unique program is offered in partnership with the Haskayne School of Business.