COURSE CURRICULUM

The Astrophysics Bachelor of Science (Honours) degree at Queen’s University is a 120.0-unit, four-year program that provides a rigorous foundation in physics, mathematics, and astronomical science. Students begin with core courses in physics such as PHYS 104 or 106, linear algebra (MATH 110 or 112), and calculus (MATH 120, 121, or 123/124). The program advances through key subjects including dynamics, oscillations, optics, electromagnetism, relativity, quantum mechanics, thermodynamics, and computational physics. Students also complete courses in differential equations, vector or advanced calculus, and methods in mathematical physics, ensuring a solid mathematical background to support theoretical and experimental work. Laboratory courses like PHYS 250 and PHYS 350 build practical skills in measurement and data analysis, while PHYS 216 introduces astrophysics and PHYS 590 culminates in an independent research thesis. Advanced options allow students to specialize in topics such as general relativity, stellar evolution, and nuclear or particle physics through upper-year electives. The curriculum combines theoretical modeling, simulation, and observation, providing strong analytical and computational training. Graduates gain versatile skills applicable to careers in academic and government research or in sectors such as technology, data science, finance, and engineering, where quantitative and problem-solving expertise are highly valued.