Clarkson University

What you'll study

The mechanical engineering curriculum combines mathematics and basic sciences with core engineering subjects and laboratory experience. Early coursework builds your foundation in calculus, differential equations, physics and chemistry, then moves into engineering fundamentals such as statics, dynamics, strength of materials and materials science.

• Core mechanical subjects: thermodynamics, heat transfer, fluid mechanics, machine design, vibrations and controls.
• Design and manufacturing: computer‑aided design (CAD), solid modelling, manufacturing processes, product development and engineering design projects.
• Systems and analysis: numerical methods, finite element analysis, systems dynamics and control theory.
• Laboratory and hands‑on work: machine shop practice, materials and testing labs, thermal/fluid labs, instrumentation and measurement courses.
• Capstone project: a team‑based senior design project that takes a product or system from concept through detailed design, prototyping and testing, often sponsored by industry or faculty research groups.
• Electives and specialisms: options typically include robotics and mechatronics, automotive engineering, energy and power systems, aerospace applications, and advanced materials.

Throughout the programme you will encounter project‑based learning, multidisciplinary collaboration and opportunities to apply classroom theory in research laboratories, design studios and industry settings.

Entry requirements

Applicants are expected to demonstrate strong achievement in secondary school mathematics (calculus or pre‑calculus) and the physical sciences, particularly physics. Typical preparation includes courses in algebra, geometry, trigonometry, calculus, physics and chemistry. Admissions decisions also consider overall academic record, recommendation letters and evidence of engagement in technical activities, such as robotics, engineering clubs, internships or relevant coursework.

International applicants should present an equivalent secondary school qualification and evidence of proficiency in English. Advanced Placement (AP), A‑Level, IB or other recognised college‑level credit may be considered for placement or to satisfy prerequisites.

Career prospects

Graduates with a mechanical engineering degree from Clarkson pursue careers across a wide range of sectors. Typical roles include design engineer, manufacturing engineer, systems engineer, test and development engineer, project engineer, and applications engineer.

• Industries: automotive and transportation, aerospace and defence, energy and utilities, manufacturing, robotics and automation, biomedical devices and consumer products.
• Paths: industry R&D, product development, consulting, field engineering, quality and process engineering, and operations management.
• Further study and professional licensure: many graduates continue to postgraduate study (MS, PhD) or pursue professional registration such as the Fundamentals of Engineering (FE) exam leading towards professional engineering licensure.

Why study at Clarkson University

Clarkson emphasises experiential learning, with well‑equipped laboratories, machine shops and design spaces that support project work and undergraduate research. The programme benefits from close interaction with faculty actively engaged in applied research and strong ties to regional and national industry partners.

Students have access to co‑op and internship opportunities, career services and student engineering organisations that enhance practical skills and employability. Smaller class sizes mean more direct faculty mentorship, and interdisciplinary options allow mechanical engineering students to collaborate with peers in electrical engineering, computer science, management and environmental science.

The university’s location in upstate New York provides a campus environment focused on hands‑on training and team projects, while partnerships with industry and alumni networks support job placement and career development after graduation.