These are the courses planned for 2026-2027 though 2028-2029 to help you plan your schedule. Course availability are subject to enrolment restriction and other constraints. Some cross-listed courses with Mathematics may not be shown here. Please refer to Brock’s Academic Timetable for official information about course availability.
| PHYS course | Spring (May-July 2026) | Fall (Sept-Dec 2026) | Winter (Jan-April 2027) |
| PHYS 1P90 - Foundations of Physics | |||
| PHYS 1P21/1P91 - Introductory Physics I | |||
| PHYS 1P22/1P92 - Introductory Physics II | |||
| PHYS 1P95 - Physics for Scientists and Engineers I | |||
| PHYS 1P96 - Physics for Scientists and Engineers II | |||
| PHYS 2P02 - Introduction to Medical Physics | |||
| PHYS 2P07 - Essential Skills for the Modern Scientist | |||
| PHYS 2P20 - Introductory Mechanics | |||
| PHYS 2P30 - Introduction to Electronics | |||
| PHYS 2P42 - Astrophysics and Cosmology | alternate years | ||
| PHYS 2P50 - Modern Physics | |||
| PHYS 2P91 - Introduction to Experimental Physics | |||
| PHYS 3P02 - Cellular Biophysics | |||
| PHYS 3P35 - Electromagnetism I | |||
| PHYS 3P41 - Statistical Physics I | |||
| PHYS 3P44 - Nanotechnology in Energy Systems | |||
| PHYS 3P50 - Modern Physics II | |||
| PHYS 3P51 - Introduction to Classical and Modern Optics | |||
| PHYS 3P70 - Introduction to Quantum Mechanics | |||
| PHYS 3P90 - Classical Mechanics | |||
| PHYS 3P91 - Experimental Physics I | |||
| PHYS 3P92 - Experimental Physics (Electronics) II | alternate years | ||
| PHYS 3P93 - Solid-State Devices | upon demand | ||
| PHYS 3P94 - Mathematical Methods in Physics | upon demand | ||
| PHYS 4F90 - Research Project I | |||
| PHYS 4P10 - Introduction to Scientific Computing | |||
| PHYS 4P35 - Electromagnetism II | |||
| PHYS 4P41 - Statistical Physics II | |||
| PHYS 4P51 - Quantum Mechanics | |||
| PHYS 4P61 - Nuclear Physics | |||
| PHYS 4P70 - Condensed Matter Physics I | |||
| PHYS 4P71 - Condensed Matter Physics II |
| PHYS course | Spring (May-July 2027) | Fall (Sept-Dec 2027) | Winter (Jan-April 2028) |
| PHYS 1P90 - Foundations of Physics | |||
| PHYS 1P21/1P91 - Introductory Physics I | |||
| PHYS 1P22/1P92 - Introductory Physics II | |||
| PHYS 1P95 - Physics for Scientists and Engineers I | |||
| PHYS 1P96 - Physics for Scientists and Engineers II | |||
| PHYS 2P02 - Introduction to Medical Physics | |||
| PHYS 2P07 - Essential Skills for the Modern Scientist | |||
| PHYS 2P20 - Introductory Mechanics | |||
| PHYS 2P30 - Introduction to Electronics | |||
| PHYS 2P42 - Astrophysics and Cosmology | |||
| PHYS 2P50 - Modern Physics | |||
| PHYS 2P91 - Introduction to Experimental Physics | |||
| PHYS 3P02 - Cellular Biophysics | alternate years | ||
| PHYS 3P35 - Electromagnetism I | |||
| PHYS 3P41 - Statistical Physics I | |||
| PHYS 3P44 - Nanotechnology in Energy Systems | |||
| PHYS 3P50 - Modern Physics II | |||
| PHYS 3P51 - Introduction to Classical and Modern Optics | |||
| PHYS 3P70 - Introduction to Quantum Mechanics | |||
| PHYS 3P90 - Classical Mechanics | |||
| PHYS 3P91 - Experimental Physics I | |||
| PHYS 3P92 - Experimental Physics (Electronics) II | upon demand | ||
| PHYS 3P93 - Solid-State Devices | upon demand | ||
| PHYS 3P94 - Mathematical Methods in Physics | |||
| PHYS 4F90 - Research Project I | |||
| PHYS 4P10 - Introduction to Scientific Computing | |||
| PHYS 4P35 - Electromagnetism II | |||
| PHYS 4P41 - Statistical Physics II | |||
| PHYS 4P51 - Quantum Mechanics | |||
| PHYS 4P61 - Nuclear Physics | alternate years | ||
| PHYS 4P70 - Condensed Matter Physics I | |||
| PHYS 4P71 - Condensed Matter Physics II |
| PHYS course | Spring (May-July 2028) | Fall (Sept-Dec 2028) | Winter (Jan-April 2029) |
| PHYS 1P90 - Foundations of Physics | |||
| PHYS 1P21/1P91 - Introductory Physics I | |||
| PHYS 1P22/1P92 - Introductory Physics II | |||
| PHYS 1P95 - Physics for Scientists and Engineers I | |||
| PHYS 1P96 - Physics for Scientists and Engineers II | |||
| PHYS 2P02 - Introduction to Medical Physics | |||
| PHYS 2P07 - Essential Skills for the Modern Scientist | |||
| PHYS 2P20 - Introductory Mechanics | |||
| PHYS 2P30 - Introduction to Electronics | |||
| PHYS 2P42 - Astrophysics and Cosmology | alternate years | ||
| PHYS 2P50 - Modern Physics | |||
| PHYS 2P91 - Introduction to Experimental Physics | |||
| PHYS 3P02 - Cellular Biophysics | |||
| PHYS 3P35 - Electromagnetism I | |||
| PHYS 3P41 - Statistical Physics I | |||
| PHYS 3P44 - Nanotechnology in Energy Systems | |||
| PHYS 3P50 - Modern Physics II | |||
| PHYS 3P51 - Introduction to Classical and Modern Optics | |||
| PHYS 3P70 - Introduction to Quantum Mechanics | |||
| PHYS 3P90 - Classical Mechanics | |||
| PHYS 3P91 - Experimental Physics I | |||
| PHYS 3P92 - Experimental Physics (Electronics) II | alternate years | ||
| PHYS 3P93 - Solid-State Devices | upon demand | ||
| PHYS 3P94 - Mathematical Methods in Physics | upon demand | ||
| PHYS 4F90 - Research Project I | |||
| PHYS 4P10 - Introduction to Scientific Computing | |||
| PHYS 4P35 - Electromagnetism II | |||
| PHYS 4P41 - Statistical Physics II | |||
| PHYS 4P51 - Quantum Mechanics | |||
| PHYS 4P61 - Nuclear Physics | |||
| PHYS 4P70 - Condensed Matter Physics I | |||
| PHYS 4P71 - Condensed Matter Physics II |