Physics Concordia University Montréal

Overview

The Physics programme at Concordia University Montréal offers a comprehensive research-based curriculum designed for students seeking to master complex physical phenomena. This Master of Science degree combines rigorous academic coursework with a significant original thesis project to prepare graduates for high-level scientific careers.

Students benefit from a collaborative environment where they work closely with expert supervisors on cutting-edge research. The curriculum examines both theoretical and applied aspects of the field, ensuring that learners develop the analytical skills necessary to address modern scientific challenges in diverse sectors.

The department fosters interdisciplinary connections, particularly in life sciences and molecular studies.

Why Physics at Concordia University Montréal?

The institution provides access to state-of-the-art facilities, including specialised laboratories for medical imaging, optical spectroscopy, and photonics. These resources allow students to conduct high-level experiments in low-temperature transport measurements and molecular biophysics using industry-standard equipment.

Research expertise at the university spans a wide range of modern topics, including quantum materials, nanomaterials, and theoretical particle physics. Faculty members are also active in molecular modelling, computational physics, and physics education, providing a diverse array of specialisation opportunities for graduate researchers.

The university is a key participant in the Volt-Age initiative, which offers generous funding opportunities for research focused on electrification. This partnership highlights the institution's commitment to sustainable technology and provides students with additional pathways to support their graduate studies through targeted grants.

Tuition Fee Breakdown

• International fee: CAD 691 per credit
• National fee: CAD 315 per credit

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

Syllabus

To earn this degree, candidates must complete 45 credits, including a substantial research thesis and a selection of advanced modules. Modules may include:

• Advanced Quantum Mechanics I
• Advanced Quantum Mechanics II
• High Energy Physics
• Quantum Physics
• Condensed Matter Physics I
• Condensed Matter Physics II
• Statistical Physics
• Classical Mechanics and Relativity
• Electrodynamics
• Non Linear Waves
• Theoretical Physics
• Chemical Aspects of Biophysics
• Quantitative Human Systems Physiology
• Medical Imaging
• Biophysics
• Biomedical Physics
• Applied Physics
• Computational Physics
• Nanochemistry
• Materials Science and Engineering
• Nanomaterials Science and Engineering
• Biological Computing and Synthetic Biology
• Opto-Electronic Devices
• Solid State Nanodevices
• Medical Image Processing
• Biological Signal Processing
• Group Theory

Careers with Physics

Graduates from this programme are well-equipped for professional roles in research and development, particularly within the technology and healthcare industries. The focus on biomedical physics prepares students for careers in medical imaging and the development of advanced diagnostic tools.

The rigorous training in computational physics and molecular modelling also opens doors to opportunities in data science, engineering, and theoretical research. Many alumni continue their academic journeys by pursuing doctoral studies or taking on specialist roles in photonics and materials science laboratories.