Program Overview

Bachelor in Physics

The Baccalauréat en Physique is a comprehensive undergraduate program designed to provide students with a thorough understanding of physics and its applications. The program is structured to include both theoretical and practical aspects of physics, preparing students for a wide range of career opportunities or further studies.

Calendars, Timetables, Back to School

• Calendars and timetables are available on the Faculty of Sciences website.
• WEB schedule provides information on the upcoming quarter's schedule.
• Information relating to the start of the student year is also available for new students.

Mandatory Courses

Students must complete 60 credits of obligatory courses, which include:

• IFT 211: Scientific programming in Python
• MAT 193: Linear algebra
• MAT 298: Vector calculation
• PHQ 114: Mechanics I
• PHQ 134: Relativity and modern physics
• PHQ 201: Mathematical physics
• PHQ 202: Introduction to scientific computing
• PHQ 214: Wave phenomena
• PHQ 224: Electricity and magnetism
• PHQ 260: Practical work I
• PHQ 324: Optics
• PHQ 334: Quantum Mechanics I
• PHQ 344: Statistical Physics I
• PHQ 360: Practical work II
• PHQ 414: Mechanics II
• PHQ 434: Quantum Mechanics II
• PHQ 444: Statistical Physics II
• PHQ 460: Practical work III
• PHQ 524: Advanced electromagnetism
• PHQ 560 or PHQ 660: Advanced practical work I or II
• SCI 100: History of natural sciences and mathematics

Optional Courses Grouped into 7 Thematic Blocks

Students must complete 24 to 30 credits from the following thematic blocks:

Block 1: Astrophysics and Relativity

• GMQ 330: Geopositioning
• PHQ 574: Astrophysics
• PHQ 578: Fluid Mechanics
• PHQ 615: General Relativity
• PHQ 671: Climate Physics
• PHQ 674: Introduction to astrophysical observations

Block 2: Physics and Quantum Information

• PHQ 533: Quantum Information and Computation
• PHQ 556: Physics of classical and quantum electronics
• PHQ 598: Architecture of quantum computers
• PHQ 634: Quantum Mechanics III
• PHQ 633: Physical principles of quantum computers
• PHQ 638: Subatomic Physics

Block 3: Mathematical Physics and Scientific Calculation

• PHQ 404: Numerical methods and simulations
• PHQ 505: Methods of theoretical physics
• STT 290: Probabilities

Block 4: Materials and Nanotechnologies

• GEI 718: Manufacturing techniques in clean rooms
• GEI 719: Microfabrication of biosensors
• GEI 769: Physics of microelectronic components
• PHQ 577: Photonics and quantum optics
• PHQ 585: Solid State Physics
• PHY 710: Materials Characterization Technique II

Block 5: Medical Physics

• RBL 737: Medical Physics
• RBL 738: Medical imaging

Block 6: Projects and Practical Work

• PHQ 662: Introduction to research
• BSQ 301: Integrative projects in popular science

Block 7: Additional Mathematics and Computer Science

• IFT 159: Analysis and programming
• IFT 187: Database Elements
• IFT 232: Object-oriented design methods
• IFT 339: Data Structures
• IFT 436: Algorithms and data structures
• IFT 630: Concurrent processes and parallelism
• IGL 201: Introduction to development techniques and tools
• MAT 401: Euclidean and non-Euclidean geometry
• STT 489: Stochastic process

Summer Optional Courses

0 to 3 credits can be taken from the following summer courses:

Block 7: Additional Mathematics and Computer Science

• IFT 313: Introduction to formal languages
• MAT 401: Euclidean and non-Euclidean geometry
• MAT 417: Numerical methods in linear algebra
• STT 489: Stochastic processes

Glossary

• A: Fall term (end of August to mid-December)
• H: Winter term (beginning of January to end of April)
• E: Summer term (end of April to mid-August)
• Mandatory: Program courses to follow absolutely
• Optional: Courses that appear in a list longer than the number required in the program
• Optional: Course not listed in the program
• Additional: Course that is not part of the program credits

Forms

• Recognition of prior learning (equivalence, exemption)
• Request for grade review

Courses off-premises

• In a Quebec university, you must go through the Office of Interuniversity Cooperation, BCI.
• In another university, a form is available.

Documents and Other Useful Information

• Physics study support center
• As a welcome
• Tips for passing the baccalaureate and your career
• Job market in physics
• Insurance coverage
• Physics Diversity Committee

See the Official Information Sheet for the Baccalaureate in Physics

For detailed and up-to-date information, please refer to the official program brochure or the university's website.