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Join a Vibrant Community of Researchers and Scholars

Our program has research efforts that span six sub-areas of physics and five interdisciplinary areas. To tailor your program of study to your career goals, our program is split into two tracks: the Astronomy track and the Physics track. These tracks will help you and your advisor determine the course work you need to quickly get into your research. The Graduate Coordinator, the Director of Graduate Studies, and the faculty are committed to keeping you on track so you may develop skills suitable for your career goals in discovery and communication of science. To this end we have eliminated the PhD qualifying exam and in its stead take a holistic approach of reviewing your coursework and academic achievements through an annual career goal meeting with you and your advisor. This may include taking an Individual Development Plan (IDP) that can improve the communications channels between you, your advisor and/or other mentors. Through the Graduate Student Advisory Committee (GSAC), the graduate students are part of the governing body of the department and in partnership with the faculty we are able to meet your needs as best as possible. The Department offers a summer internship with a faculty mentor after your first year so you can test drive any specific research area. The community of graduate students enjoys a camaraderie and are here to assist and support you with understanding the nuances of your graduate years. Through our Graduate Mentoring in Astronomy and Physics Program (GradMAP), first and second year students are paired with upper-level graduate students so that your segue into graduate school is both smooth and well-informed.  Please take a look at the research efforts and course offerings and we wish you all the best with your career goals.

For more information on available degrees, please choose one of the graduate degree options below or contact the Director of Graduate Studies from our Graduate Advising page.

69

Graduate students in Physics and Astronomy

25 %

International Students

Master of Science in Astronomy

The Masters of Science in astronomy is designed for students who wish to build a professional knowledge in astronomy that includes a research experience through a critical essay of known research or through a novel thesis. It may be used in industry or academics. The Master of Science in astronomy may serve as a terminal degree or as an intermediate degree towards a Ph.D. in physics. 

Learning Outcomes

Students are expected to demonstrate:

  • a professional understanding of known fundamental concepts in physics that influence astronomy including gravitation, electrodynamics, thermodynamics, the physical characteristics of matter, and the mathematical description of the dynamics of astronomical objects; 
  • a professional proficiency and expertise in a major areas of astronomy such as cosmology, galaxies formation, black holes and compact objects, and physical properties of stars, galaxies, nebulae, and other astronomical objects; 
  • state-of-the art techniques for observation, instrumentation, and/or data-processing and management; and
  • knowledge of the technical language, and skilled at technical listening and communication. 

Want to get started?

Learn more about the program, including courses, curriculum, and requirements here.

Master of Science in Physics

The Master of Science in physics is designed for students who wish to build a professional knowledge in physics that includes a research experience through a critical essay of known research or through a novel thesis. The degree may be used in the industry or academics. The Master of Science in physics may serve as a terminal degree or an intermediate degree towards a Ph.D. in physics. 

Learning Outcomes

Students are expected to demonstrate:

  • a professional understanding of known fundamental physical laws such as gravitation, electrodynamics, statistical mechanics, classical mechanics and quantum mechanics;
  • a professional proficiency and expertise in a specific area of physics or area that employs physics such as nuclear physics, quantum mechanics, quantum computing, mathematical physics, space physics, gravitational physics, medical physics and environmental sciences;
  • state-of-the art techniques in their area such as experimental measurements, mathematical and computational techniques, data-processing and management, and building scientific instruments; and
  • knowledge of the technical language in their area, have expert skills in technical listening and communication. 

Want to get started?

Learn more about the program, including courses, curriculum, and requirements here.

PhD in Physics

The Doctor of Philosophy in physics is designed for students that wish to have first-hand experience in the  discovery and creation of knowledge in physics or astronomy and an expertise to an area of physics. It is appropriate for those seeking leadership and decision making roles in industries, the academy and education. The Doctor of Philosophy is a terminal degree and may be completed with an emphasis in physics through the Physics track, or with an emphasis in astronomy  through the Astronomy Track.

Learning Outcomes

Students are expected to demonstrate:

  • expertise in the understanding of the fundamentals physical laws such as gravitation, electrodynamics, statistical mechanics, classical mechanics, quantum mechanics, and/or astronomy;
  • discovery in a specific area of physics such as particle physics, condensed matter physics, space physics, plasma physics, nuclear physics, gravitational physics, mathematical physics, and/or astronomy;
  • ability to develop state-of-the art techniques in their area such as experimental measurements, mathematical and computational techniques, data-processing and management, and building scientific instruments; and
  • advanced technical language skills in their area, including technical listening and communication. 

Want to get started?

Learn more about the program, including courses, curriculum, and requirements here.