Clarkson University

What you'll study

The programme combines advanced coursework with a choice of thesis, project or coursework‑only options to suit both research‑oriented and professionally focused students. Core topics typically include advanced dynamics and controls, continuum mechanics and solid mechanics, advanced thermodynamics and heat transfer, fluid mechanics, and computational methods such as finite element analysis and computational fluid dynamics.

Elective and specialised modules allow deeper study in areas such as:

• Robotics and mechatronics (sensing, actuation, embedded control)
• Advanced manufacturing and materials processing (additive manufacturing, composites, materials selection)
• Thermal‑fluid systems and energy conversion (heat exchangers, HVAC, power systems)
• Structural dynamics and vibration, noise and acoustics
• Design and optimisation, computer‑aided design and prototyping
• Experimental methods, instrumentation and data acquisition

Students complete laboratory work in well‑equipped facilities, undertake computational projects using industry‑standard software, and, where applicable, conduct an independent thesis or capstone design project under faculty supervision. Interdisciplinary collaboration with related fields such as electrical engineering, materials science and energy systems is supported.

Entry requirements

Applicants should normally hold a bachelor’s degree in mechanical engineering or a closely related engineering or physical sciences discipline from an accredited institution. A satisfactory undergraduate academic record is required and competitive applicants typically demonstrate strong competence in mathematics (calculus, differential equations), mechanics, thermodynamics and basic fluids.

Required application materials generally include transcripts, a statement of purpose outlining academic and professional goals, a current CV or résumé, and academic or professional references. Graduate admissions may consider prior research experience, relevant industry experience, and the fit between the applicant’s interests and faculty expertise.

International applicants are expected to demonstrate English language proficiency through recognised tests unless otherwise exempt. Specific programme tracks (thesis versus non‑thesis) and funding or assistantship consideration can influence admissions criteria.

Career prospects

Graduates of Clarkson’s mechanical engineering master’s programme go on to roles across industry, government and academia. Typical career paths include positions as design or manufacturing engineers, systems and controls engineers, thermal‑systems or HVAC engineers, research and development engineers, and product development or test engineers.

Alumni find work in sectors such as automotive and transportation, aerospace and defence, energy and utilities, manufacturing and industrial automation, medical devices, and consulting. The degree also prepares students who wish to continue to doctoral study or pursue technical leadership and management roles after gaining professional experience.

Why study at Clarkson University

Clarkson offers a hands‑on, applied approach to graduate engineering education with relatively small cohorts and close faculty supervision, enabling meaningful research and project opportunities. The university emphasises industry relevance through partnerships, experiential learning, and encouragement of internships and co‑op placements.

Graduate students benefit from access to modern laboratories and computational resources, opportunities for interdisciplinary collaboration, and support for securing research assistantships and industry internships. The campus environment fosters close student‑faculty interaction and a practical focus on solving real engineering problems, helping graduates transition quickly into professional roles or research careers.