Clarkson University

What you'll study

The PhD programme combines concentrated coursework with original research leading to a doctoral dissertation. Early study typically includes advanced core topics such as continuum mechanics, dynamics and control, heat transfer and fluid dynamics, and computational methods, plus elective modules tailored to the student’s research focus. Students develop and defend a research proposal after completing preliminary or qualifying examinations.

• Core and elective coursework: advanced mechanics, thermofluids, finite element analysis, computational fluid dynamics, control theory, materials science and experimental methods.
• Research training: rigorous training in experimental design, numerical modelling, data analysis, and scientific communication.
• Dissertation research: an original contribution to knowledge under the supervision of a faculty advisor, often with interdisciplinary collaboration across centres and departments.
• Seminars and professional development: presentation of research in departmental seminars, preparation of grant proposals, and instruction in teaching and ethics as appropriate.

Entry requirements

Applicants are normally expected to hold a relevant graduate degree (Master of Science) in mechanical engineering or a closely related discipline, or an outstanding bachelor’s degree with demonstrable research experience. Admissions decisions consider the whole application package.

• Academic record: strong undergraduate and, where applicable, graduate transcripts in engineering, physics or closely related fields.
• Research experience: evidence of research capability such as a master’s thesis, published papers, technical reports, or substantial project work.
• Supporting documents: a CV, a statement of research interests outlining proposed doctoral work, and letters of recommendation from academic or professional referees.
• English proficiency: for applicants whose first language is not English, an approved English language qualification is typically required.
• Financial support and assistantships: many admitted PhD students are offered research or teaching assistantships; applicants should discuss funding opportunities with prospective advisors.

Career prospects

Graduates of the PhD in Mechanical Engineering enter a variety of technical and leadership roles. The programme prepares students for careers in academia as faculty and researchers, and for positions in industrial R&D across sectors such as automotive, aerospace, energy, advanced manufacturing, and robotics.

• Industrial R&D: product development, modelling and simulation, systems design and optimisation in multinational companies and engineering consultancies.
• National and private laboratories: research scientist roles addressing energy systems, materials, and advanced manufacturing challenges.
• Academia and teaching: tenure-track and postdoctoral positions, as well as roles in higher-education teaching and curriculum development.
• Technical leadership and entrepreneurship: chief engineers, technical directors, and founders of technology start-ups drawing on deep technical expertise.

Why study at Clarkson University

Clarkson University is known for its strong applied-research culture and close faculty-student interaction. Mechanical engineering doctoral students benefit from access to dedicated laboratories and specialised centres that support work in energy systems, advanced materials, robotics and controls.

• Research environment: collaborative research groups and interdisciplinary centres that enable partnerships with industry and government labs.
• Facilities and equipment: experimental labs, high-performance computing resources and prototyping workshops that support both computational and hands-on research.
• Faculty mentorship: research-active faculty with expertise across core areas of mechanical engineering who provide tailored supervision and support for publishing and conference participation.
• Professional development: opportunities for teaching, grant-writing experience, internships and industry-sponsored projects that prepare graduates for diverse career paths.