Michigan Technological University

What you'll study

The Engineering Physics curriculum blends in-depth physics coursework with engineering principles and practical laboratory experience. Students take core courses in classical mechanics, electromagnetism, quantum mechanics, thermodynamics and statistical physics, alongside advanced engineering topics such as materials science, circuits and electronics, fluid mechanics, control systems and solid-state devices.

• Mathematics sequence including calculus, differential equations and linear algebra
• Foundational physics: mechanics, electromagnetism, waves and optics
• Modern physics: quantum mechanics, statistical mechanics and solid-state physics
• Engineering applications: circuits, instrumentation, materials, fluid dynamics and control theory
• Computational methods and numerical modelling for physics and engineering problems
• Laboratory courses emphasising measurement, data analysis and experimental technique
• Capstone or senior design project integrating physics and engineering design, often with an industry or research focus
• Opportunities for electives or technical tracks in areas such as materials, optics and photonics, energy systems, or applied electronics

Entry requirements

Admission is based on a strong secondary-school record with particular emphasis on mathematics and physical science. Typical preparation includes coursework in precalculus/calculus, physics and chemistry. Applicants are expected to demonstrate problem-solving ability and readiness for a rigorous STEM programme.

• Successful completion of secondary education with strong grades in mathematics (preferably including calculus) and physics
• Recommended prior coursework: calculus, advanced physics, and chemistry; computer programming experience is advantageous
• International applicants should present an equivalent secondary-school qualification and demonstrate English language proficiency through recognised tests or institutional equivalents
• Admission may consider standardised test scores where provided, personal statements, and extracurricular activities that indicate commitment to STEM

Career prospects

Graduates with a degree in Engineering Physics have versatile skills valued across industry and research. Typical career paths include roles in applied research and development, design engineering, instrumentation and controls, semiconductor and materials industries, energy and power systems, aerospace, and defence. Many graduates pursue postgraduate study in physics, engineering, materials science or related fields, while others move into technology consulting, patent law, or technical project management.

• Research and development engineer in industry or national laboratories
• Design and test engineer for instrumentation, electronics, or photonics
• Materials scientist or process engineer in semiconductor and manufacturing sectors
• Energy systems engineer in renewable, nuclear or power utilities
• Graduate study leading to academic or specialised R&D careers
• Technical roles in finance, consulting or intellectual property that leverage strong quantitative skills

Why study at Michigan Technological University

Michigan Technological University is known for its strong emphasis on hands‑on, experiential learning in STEM fields. Engineering Physics students benefit from well-equipped teaching and research laboratories, opportunities to participate in undergraduate research and interdisciplinary projects, and close faculty mentorship. The university's Enterprise and design programmes enable students to work on real-world challenges alongside peers from across engineering and science.

Located in Michigan's Upper Peninsula, the university offers a focused campus environment with strong ties to regional industries in energy, mining, manufacturing and technology, as well as connections to national research networks. Small class sizes in upper-level courses, a collaborative culture and a track record of graduates moving into technical careers or graduate programmes make Michigan Tech a practical choice for students seeking a rigorous, application-oriented Engineering Physics degree.