Computer Science and Physics combines computing fundamentals with core physics topics such as electricity and magnetism, quantum physics, and modern optics. You’ll learn how to model real-world systems, design computational solutions, and apply scientific thinking to technology. Through small-group learning supported by faculty and researchers, you’ll build strong analytical and technical skills for research, graduate study, and industry roles.
Computer Science and Physics is an interdisciplinary program that merges the principles of computing with essential topics in physics, including electricity and magnetism, quantum physics, and modern optics. This course equips you with the skills to model real-world systems, create computational solutions, and apply scientific methodologies to technology.
With a focus on small-group learning, you will be supported by experienced faculty and researchers, allowing you to develop robust analytical and technical skills that are valuable for research, further studies, and industry positions.
The curriculum integrates essential computer science principles with physics and applied computational courses. Course offerings and sequencing may change depending on the academic year and planning.
Applicants will be evaluated based on their academic history and overall eligibility. There are no known specific GRE or GMAT requirements for this program.
Each applicant will be assessed individually to ensure they meet the English language proficiency requirements.
Tip: Visit the official program page for any additional subject prerequisites (e.g., mathematics or science) that may apply to your entry pathway.
Graduates of the Computer Science and Physics program are well-prepared for diverse career opportunities in various sectors, including technology, research, engineering, and academia. The skills gained during the course will enable you to tackle complex problems, innovate solutions, and engage in advanced scientific research.
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