Applied Physics (Honours) Carleton University

Overview

The Applied Physics (Honours) at Carleton University provides a rigorous foundation in the physical sciences while focusing on the practical technologies that drive modern innovation. This programme bridges the gap between theoretical physics and engineering, ensuring students develop the analytical skills required for complex problem-solving in various technical sectors.

Located in Ottawa, the university offers students a distinct geographical advantage due to the high concentration of federal research laboratories and private-sector technology firms nearby. This environment fosters a unique learning atmosphere where academic theory is constantly informed by real-world industrial and scientific applications.

Why Applied Physics (Honours) at Carleton University?

Students benefit from the university's proximity to the nation's leading scientific and technical expertise, providing access to advanced facilities and professional networks. The faculty is deeply involved in high-level research, particularly in medical and particle physics, allowing undergraduates to participate in significant capstone projects.

The programme is highly flexible, offering a Co-op option that allows for professional work placements in government labs or high-tech companies. Additionally, students have the unique opportunity to combine their scientific studies with a minor in Business, covering areas such as entrepreneurship and organisational management.

Tuition Fee Breakdown

• International fee: CAD 56274 per year
• National fee: CAD 8860 per year

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

Syllabus

The curriculum blends core physical sciences with mathematics and computer science. Modules may include:

• Mechanics and Thermodynamics
• Modern Optics
• Holography
• Atomic Physics
• Nuclear Spectroscopy
• Radiation
• Experimental and Numerical Methods

Careers with Applied Physics (Honours)

Graduates are equipped with highly transferable skills suitable for a variety of rapidly evolving industries. The programme prepares students for roles in cutting-edge fields such as artificial intelligence, sustainable energy, and biomedical instrumentation. Many alumni find success in both the public and private sectors, contributing to advancements in technology and policy.

Common career paths for graduates include:

• Medical Physics and Radiotherapy
• Data Science and Finance
• Nuclear Energy and Particle Physics
• Scientific Policy Making
• Applied Research and Astrophysics
• Medical Imaging and Health Care