McMaster University

Overview

The Engineering Physics program at McMaster University merges the principles of physics with practical engineering applications. This interdisciplinary course addresses real-world challenges in areas such as energy systems, photonics, advanced sensing, and biomedical technologies. Students can choose between two distinct paths: a research-oriented thesis (M.A.Sc.) or an industry-focused internship (M.Eng.), both designed to foster innovative thinking and technical expertise.

What you'll study

• Two completion routes:
  • M.A.Sc. (Thesis option): Engage in a research thesis under the guidance of faculty members.
  • M.Eng. (Industrial internship option): Participate in an internship within the industry, complemented by academic supervision.
• Supervision and approval: The choice between thesis and internship is made collaboratively by the student, supervisor, and program chair.
• Research focus areas:
  • Nano and micro device engineering
  • Nuclear engineering and energy systems
  • Photonics
  • Biomedical engineering
  • Smart systems
• Graduate coursework and research components: The required mix of graduate courses and research/internship activities will be tailored to individual projects and supervisor recommendations.
• Capstone requirement: Complete a thesis for M.A.Sc. or submit internship deliverables and reports for M.Eng., with final criteria determined by the department and supervisor.

Entry requirements

• Honours Bachelor’s degree or equivalent qualification.
• Typical minimum average: B+ (B- for Engineering) based on relevant final-year courses.
• M.A.Sc.: A strong bachelor’s degree in engineering, mathematics, or physical sciences, typically requiring a minimum average of B.
• M.Eng.: A minimum average of B is generally expected.
• Admission is competitive; meeting minimum standards does not guarantee acceptance.
• Additional requirements, such as GRE scores, may be requested depending on the specific department and research area.

Career prospects

Graduates of the Engineering Physics program are well-equipped to pursue diverse career opportunities in sectors such as technology, energy, healthcare, and research. The skills developed throughout the program enable students to tackle complex engineering challenges, making them valuable assets to prospective employers in various industries.