University of San Diego

What you'll study

The programme blends a strong core in physics with engineering applied courses and laboratory experience. Early years focus on calculus, linear algebra, differential equations and classical mechanics alongside introductory circuits and materials science. Core physics topics include electromagnetism, thermodynamics, statistical mechanics and quantum mechanics, while engineering-focused modules cover electronics, signals and systems, optics and photonics, semiconductor devices and control systems.

Practical components include progressive laboratory courses, computational physics and numerical methods, programming for engineers, and a year-long senior design or capstone project where students work individually or in teams to solve an applied engineering problem. Students may also take electives in areas such as nanotechnology, renewable energy systems, aerospace applications, and applied materials, and are encouraged to engage in undergraduate research with faculty across physics and engineering departments.

The curriculum is structured to provide both theoretical depth and hands-on skills: mathematics and physics fundamentals in the first two years, applied engineering and specialised electives in the middle years, and project-based synthesis in the final year. Opportunities for internships with San Diego’s technology, defence, semiconductor and biotech sectors are actively supported.

Entry requirements

Applicants should demonstrate strong preparation in mathematics and physics. Typical academic preparation includes calculus through at least one year, high-school physics and chemistry, and coursework or experience in programming. For applicants presenting UK qualifications, competitive offers normally expect strong A-level results with Mathematics and Physics among the subjects. For International Baccalaureate candidates, higher-level Mathematics and Physics are strongly recommended. US applicants are assessed on high-school GPA, the strength of STEM coursework, and supporting materials such as recommendation letters and personal statements. Practical experience—such as independent projects, coding, electronics work or participation in science competitions—strengthens an application.

Admissions may also consider portfolios of relevant projects and evidence of research or internships. Applicants whose first language is not English are required to meet the university’s English proficiency requirements.

Career prospects

Graduates with a degree in Engineering Physics are prepared for a wide range of technical careers and further study. Typical job roles include:

• Research & development engineer in electronics, photonics, semiconductors or materials science
• Systems engineer or instrumentation engineer in aerospace, defence and energy sectors
• Optical engineer or photonics specialist in telecommunications and medical devices
• Data analyst or computational physicist in modelling and simulation roles
• Product development and test engineer in high-tech manufacturing
• Technical consultant or patent specialist (often with additional legal qualification)

Many graduates also progress to postgraduate study—Master’s or PhD programmes in applied physics, electrical engineering, materials science or related fields—particularly if they aim for careers in specialised research or academia. The programme’s emphasis on hands-on projects and local industry connections supports transition into internships and entry-level engineering positions.

Why study at University of San Diego

The University of San Diego offers a small-class environment and close faculty mentorship within its engineering and science programmes, allowing undergraduates substantial access to laboratory resources and research opportunities. The Shiley-Marcos School of Engineering (the university’s engineering unit) emphasises interdisciplinary learning, undergraduate research, and project-based education, with a capstone design culture that prepares students for practical engineering challenges.

Located in the San Diego region, the university provides proximity to a vibrant ecosystem of high-tech companies, defence contractors and research institutions, creating strong internship and industry collaboration opportunities. Students benefit from hands-on lab facilities, opportunities to participate in faculty-led research, and support for internships and career development. Study abroad programmes and industry partnerships further broaden technical perspectives and employability.