University of Dayton

What you'll study

The PhD programme is centred on original research supervised by faculty, supported by targeted coursework to build depth in chosen specialisms. Typical research areas include aerodynamics and computational fluid dynamics, gas turbine and rocket propulsion, aeroelasticity and structural dynamics, composite materials and manufacturing, flight dynamics and control, and experimental and measurement techniques for aerospace systems.

Coursework commonly covers advanced fluid mechanics, advanced propulsion, structural mechanics and dynamics, numerical methods for engineering, control systems, and experimental methods. Students progress from coursework and qualifying examinations to proposal development, dissertation research, and public defence.

• Advanced aerodynamics and computational methods
• Propulsion and combustion
• Structural dynamics, fatigue and composite materials
• Flight dynamics, guidance and control
• Experimental techniques, instrumentation and wind tunnel testing
• Engineering design, optimisation and systems integration

Doctoral candidates typically engage with laboratory work in facilities affiliated with the university and its research institute, and collaborate with industry or military partners on applied projects. Teaching and mentoring responsibilities are often part of the graduate experience and help develop communication skills.

Entry requirements

Applicants are expected to hold a recognised bachelor's or master's degree in aerospace engineering, mechanical engineering, or a closely related engineering discipline. A strong academic record in relevant undergraduate and graduate coursework is required, together with evidence of research potential.

• Academic transcripts from prior degree(s)
• Letters of recommendation that address research ability and academic readiness
• A statement of purpose outlining research interests and proposed areas of study
• A curriculum vitae summarising education, research experience and technical skills
• Demonstrable preparation in mathematics, fluid mechanics, heat transfer and structures
• Proof of English language proficiency for international applicants, where applicable

Some applicants enter with a master's degree and completed research; others may be admitted with a strong bachelor's record. Funding and assistantships are competitive and may influence admission decisions. Prospective students should contact faculty members whose research aligns with their interests before applying.

Career prospects

Graduates of the programme move into a wide range of roles within academia, industry and government. Typical career pathways include academic research and faculty positions, research scientist roles in national laboratories, and engineering and technical leadership in the aerospace and defence sectors.

• R&D engineer or specialist at aerospace companies and suppliers
• Research scientist or engineer at government laboratories and space agencies
• Systems engineer, propulsion or flight-control specialist
• Technical leadership roles in design, testing and certification
• University faculty and postdoctoral research positions
• Consultancy and advanced engineering management

The programme prepares graduates for work in organisations focused on aircraft, spacecraft, propulsion systems, autonomy, composites manufacturing, and national defence projects.

Why study at University of Dayton

The University of Dayton offers close collaboration between graduate students and experienced faculty across aerospace specialisms, supported by the university’s research infrastructure and partnerships. The institution’s proximity to a dense aerospace and defence ecosystem provides opportunities for industry collaboration, funded research and practicum experiences.

Students benefit from access to specialised laboratories and test facilities, interdisciplinary research centres, and the University of Dayton Research Institute, which works with industrial and government partners on applied engineering problems. The doctoral environment emphasises personalised mentoring, hands‑on experimentation, and preparation for careers that demand both deep technical expertise and practical problem‑solving skills.