University of San Diego

What you'll study

The University of San Diego does not currently provide a PhD in Engineering Physics. Students seeking doctoral-level study in this interdisciplinary field typically focus on advanced topics that bridge applied physics and engineering, including quantum mechanics for engineers, solid-state and materials physics, nanotechnology, photonics and optical systems, computational modelling and simulation, and experimental methods in condensed matter or device physics.

At USD, students interested in this area can build a strong preparatory portfolio through existing graduate offerings and research opportunities: courses in applied electromagnetics, semiconductor device physics, materials science, control systems, numerical methods, and advanced instrumentation; independent research projects under faculty in engineering and the physical sciences; and electives that develop mathematical methods and programming skills.

Entry requirements

Because USD does not offer a PhD in Engineering Physics, there are no direct doctoral entry requirements to list for this specific programme. For students who wish to prepare for external PhD applications in Engineering Physics, typical entry expectations at research universities include:

• An accredited bachelor’s degree in physics, engineering, applied physics or a closely related discipline; many candidates hold a relevant master’s degree.
• Strong academic record in mathematics and core physics/engineering subjects (for example, courses in quantum mechanics, electrodynamics, materials, and numerical analysis).
• Research experience demonstrated through undergraduate or master's research projects, internships, or publications.
• Letters of recommendation from faculty or research supervisors who can speak to the candidate’s research potential.
• A statement of purpose outlining research interests and intended supervisors or research groups; some programmes request a CV and examples of technical writing.

Applicants from USD can strengthen applications by completing USD graduate coursework in engineering or physics, undertaking independent research with USD faculty, and by gaining laboratory or industry experience in relevant technical areas.

Career prospects

Graduates with a PhD in Engineering Physics typically move into careers that require a deep blend of physics knowledge and engineering practice. Common paths include:

• Academic research and faculty positions in physics, engineering, materials science and related departments.
• R&D roles in industry sectors such as semiconductors, photonics and optics, nanotechnology, materials and coatings, aerospace, and defence.
• Technical leadership positions in high-tech companies, national laboratories and research institutes, where expertise in device physics, modelling and prototyping is valued.
• Specialist roles in instrumentation, sensors, and quantum technologies, including startups and technology transfer ventures.
• Positions in computational science and data-driven engineering, applying simulation, machine learning and optimisation to physical systems.

Students preparing for doctoral study at USD should aim to build a research record, strong technical skillset (experimental and computational), and professional networks that improve employability in both academic and industrial research environments.

Why study at University of San Diego

While USD does not offer a PhD in Engineering Physics, the university provides a supportive environment to prepare for advanced doctoral study. USD’s engineering and science programmes emphasise hands-on learning, small-class engagement with faculty, and opportunities for independent research projects that give students practical laboratory and project management experience.

USD’s location in the San Diego region is an advantage for students pursuing applied physics and engineering careers: the area hosts a concentration of technology companies, research organisations and national laboratories, which can offer internships, collaborative projects and employment opportunities. Students can use USD’s coursework and research mentorship to gain the skills and references needed to apply competitively to specialised PhD programmes at research-intensive institutions.

Prospective doctoral candidates should consult USD’s graduate programme pages and faculty research profiles to identify appropriate preparatory pathways, or contact faculty to discuss opportunities for research experience that align with Engineering Physics topics before applying to a PhD elsewhere.