University of Dayton

What you'll study

The PhD in Engineering Physics combines advanced coursework in physics and engineering with sustained, original research leading to a doctoral dissertation. The programme emphasises a strong grounding in core physics topics (such as quantum mechanics, electromagnetism, statistical mechanics) alongside engineering-relevant subjects (such as materials science, semiconductor devices, optics, fluid dynamics or control systems), chosen to match the student’s research focus.

• Core and elective graduate coursework to provide depth in theoretical and experimental methods
• Advanced laboratory and instrumentation techniques including optics/photonics, nanoscale characterization, materials synthesis and electrical/thermal testing
• Seminar and colloquium participation to engage with current research across engineering and physical sciences
• Qualifying/ comprehensive examinations to assess readiness for independent research
• Original dissertation research conducted under the supervision of a faculty advisor, culminating in a written thesis and oral defence
• Opportunities for interdisciplinary collaboration with departments such as mechanical, electrical, materials engineering and with regional research partners

Students typically tailor the balance of coursework and research to their area of specialisation; common research themes among faculty and students include materials and device physics, photonics and optics, energy conversion and storage, nanotechnology, applied acoustics, and computational modelling.

Entry requirements

Applicants are expected to hold a relevant master’s degree (or equivalent) in physics, engineering physics, electrical engineering, materials science, mechanical engineering or a closely related field. Strong applicants may be considered with a bachelor’s degree plus substantial research experience and a clear plan for doctoral study. Admissions decisions are based on the overall strength of the academic record, prior research experience, recommendation letters, and fit with faculty research interests.

• Transcripts demonstrating a solid background in undergraduate and graduate coursework in physics and mathematics
• Evidence of research experience (e.g. publications, conference presentations, thesis or research project) where possible
• Letters of recommendation from academic or professional referees who can speak to research potential
• A statement of purpose describing research interests and intended faculty mentors
• Curriculum vitae summarising academic and research activities
• International applicants must meet the University of Dayton’s English language proficiency requirements; additional documentation may be requested for visa purposes

Some students are also required to meet specific preparatory coursework if their background lacks essential topics; the department will provide guidance on any bridging courses.

Career prospects

Graduates of the PhD in Engineering Physics pursue a wide range of careers where advanced analytical, experimental and problem-solving skills are valued. Typical career paths include:

• Academic research and faculty positions at universities and colleges
• Research scientist and engineering roles in industrial R&D, particularly in sectors such as semiconductors, photonics, aerospace, energy and advanced materials
• Positions at national laboratories and government research organisations working on defence, energy, and applied physics challenges
• Technical leadership and specialist roles in start-ups and technology companies, including product development and technology transfer
• Consulting and policy roles where deep technical expertise in physics and engineering informs decision-making

The programme develops skills in experiment design, computational modelling, data analysis and technical communication that are directly transferable to research-intensive careers.

Why study at University of Dayton

The University of Dayton offers a doctoral experience characterised by close faculty mentorship, accessible research infrastructure and a collaborative, interdisciplinary culture. Engineering Physics students benefit from relatively small cohort sizes, which facilitates personalised supervision and opportunities to join active research groups.

• Faculty with expertise spanning experimental and theoretical areas of applied physics and engineering, enabling tailored doctoral projects
• Access to departmental and campus research laboratories with equipment for optics/photonics, materials characterisation, microfabrication and advanced instrumentation
• Collaborative ties with regional industry and research organisations, providing applied research opportunities and pathways to technology translation
• A campus environment that emphasises ethical leadership and community engagement, supporting holistic graduate development
• Typical funding support for doctoral students through research and teaching assistantships, fellowships and project-based stipends, subject to availability and departmental decisions

Prospective applicants are encouraged to review faculty research profiles and contact potential advisors to discuss research fit before applying. The department can advise on programme structure, funding possibilities and preparatory requirements for incoming students.