Cost & earnings at Clarkson University What students borrow here, and what they go on to earn
The PhD in Engineering Science at Clarkson University is a research-focused doctorate for students who wish to develop advanced skills in engineering research, modelling and design across multiple engineering disciplines. It suits candidates seeking intensive mentorship, interdisciplinary projects and careers in academic research, industry R&D or advanced technical leadership.
The PhD in Engineering Science is an interdisciplinary research degree combining advanced coursework, original research and a doctoral dissertation. Students typically complete a set of core and elective graduate-level courses tailored to their research area, which may include advanced mathematics for engineers, experimental methods, computational modelling, materials and mechanics, control systems, thermal-fluids, bioengineering or chemical process engineering.
Programme structure normally includes:
Research areas available through the programme reflect Clarkson's strengths and may span mechanical, electrical, civil, biomedical, materials and chemical engineering, with emphasis on experimental facilities, computational tools and collaborations with industry and national laboratories.
Typical entry requires a relevant master's degree (for example MSc, MEng or MS) in engineering, applied science or a closely related discipline, with a strong academic record. Exceptional candidates with a bachelor's degree and significant research experience may be considered.
Applicants should supply:
Additional requirements for international applicants include proof of English language proficiency according to the university's accepted tests and scores. Depending on department practice, some applicants may be asked for GRE scores, but requirements can vary and should be checked with the department.
Graduates of the PhD in Engineering Science pursue careers in academic research and teaching, industry R&D and technical leadership, national laboratories, and advanced consultancy. Common roles include research scientist, senior design or systems engineer, R&D manager, postdoctoral researcher, and technology entrepreneur. The programme's interdisciplinary training also prepares graduates for positions that bridge engineering and policy, product development or regulatory science.
Many alumni move into sectors such as advanced manufacturing, energy and environment, biomedical devices, materials and coatings, aerospace and defence, and information and control systems, where they lead projects, publish research and translate innovations into commercial or societal impact.
Clarkson offers a hands-on, research-intensive environment with close faculty mentorship and access to well-equipped laboratories and computational resources. The university emphasises applied research and industry partnerships, allowing doctoral students to work on projects with commercial relevance and potential technology transfer opportunities.
Students benefit from an interdisciplinary community where collaboration across engineering disciplines is encouraged, and where personalised supervision and small graduate cohorts create strong support for completing high-quality doctoral research. The campus location and regional industry connections also provide avenues for internships, collaborative projects and post-graduate employment.
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