Degree Requirements
Research and Thesis:
- Completion of a research project and oral presentation of a thesis within four years of initial registration
- Annual progress reports and mandatory supervisory committee meetings
- Oral candidacy exam: required to ensure that PhD candidates have the potential to successfully complete the research for their thesis in a reasonable length of time. Consists of:
- A written thesis proposal
- A report on an assigned research area question
Courses:
- Minimum of six term-length courses
- At most, two of these four graduate term-length courses can be jointly offered (double-numbered) with an undergraduate course
- At most, two may be taken from a department other than the Department of Physics, Engineering Physics & Astronomy, subject to departmental approval
- Two must be a core course, each from a different category:
- Quantum Theory
- PHYS 825: Advanced Quantum Mechanics*
- PHYS 885: Quantum Nanophotonics or PHYS 921: Quantum Field Theory
- Electromagnetism
- PHYS 831: Electromagnetic Theory
- PHYS 832: Classical Electrodynamics
- PHYS 884: Nonlinear Optics**
- Statistical Mechanics
- PHYS 870: Statistical Mechanics
- Foundational Astrophysics
- PHYS 816: Foundational Astrophysics
- Quantum Theory
- All PhD students must take PHYS 904: Science Leadership and Management
- Offered every Fall
- Graded Pass/Fail
- May be substituted with CHEM 803: Principles of Scientific Communication
*May be substituted with PHYS 345 with departmental approval
**May be substituted with an approved course from the Department of Electrical and Computer Engineering or the Royal Military College
Funding
Students are guaranteed a minimum stipend of $33,600/yr for a two-year period, made up of:
- Teaching assistant (TA) pay
- Internal fellowships and bursaries
- Support from supervisor
Stipends can range up to ~$43,000 if students are awarded external scholarships (e.g., NSERC, OGS, etc.)
Graduate tuition fees can be found on the Office of the University Registrar's Tuition & Fees page.