Syracuse University

What you'll study

The programme offers a balance of core graduate-level engineering courses, elective specialisations and research or project work. Typical core topics include advanced dynamics and control, continuum mechanics, thermofluids and heat transfer, solid mechanics and materials, and computational methods (finite element analysis, CFD). Elective pathways allow focus on areas such as robotics and controls, aerospace structures, energy systems, manufacturing and additive manufacturing, or biomechanics.

Students may choose between a research-oriented option with a thesis and a professionally oriented option with a capstone project or coursework-only path. Research-led components give access to laboratory work, experimental testing and computational modelling. Coursework often combines rigorous theoretical lectures with hands-on laboratory modules and team-based design projects.

• Advanced dynamics and vibration analysis
• Computational fluid dynamics and numerical methods
• Heat transfer and thermal systems
• Advanced solid mechanics and material behaviour
• Robotics, control systems and mechatronics
• Manufacturing processes and design for production
• Research seminar and graduate technical communication

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in mechanical engineering or a closely related engineering or physical science subject from an accredited institution. Admissions favour candidates with a strong foundation in mathematics, mechanics, thermodynamics and basic engineering design.

Required application materials typically include official academic transcripts, a statement of purpose outlining technical interests and career goals, a current CV or résumé, and letters of recommendation from academic or professional referees. International applicants must demonstrate English proficiency through recognised tests unless exempted by institutional policy. Some applicants may be asked to provide a sample of prior project work or a writing sample.

Admission is competitive and decisions are based on the overall strength of the application, including prior coursework, research or industry experience, and fit with faculty research interests. Prospective students with non‑engineering degrees but strong quantitative preparation may be considered and could be asked to take prerequisite courses.

Career prospects

Graduates of the programme move into a wide range of technical and leadership roles across sectors. Typical job titles include mechanical design engineer, systems engineer, thermal/fluids engineer, controls and automation engineer, manufacturing engineer, product development engineer and research engineer. Employers range from aerospace and automotive manufacturers to energy companies, robotics and automation firms, defence contractors, consulting firms and technology start-ups.

The degree also prepares students for doctoral study and academic research careers. Syracuse graduates benefit from internship and industry collaboration opportunities that help transition into engineering roles, project leadership positions and technical management.

Why study at Syracuse University

Syracuse University’s engineering college provides a supportive environment for applied research and interdisciplinary collaboration. Mechanical engineering students have access to modern laboratories and computing facilities, opportunities to work alongside faculty on funded research, and collaboration with other departments such as aerospace engineering, materials science and systems engineering.

The university emphasises experiential learning, with team design projects, industry partnerships and career services that connect students with internship and employment opportunities. Syracuse’s location and alumni network provide additional pathways into industry and research positions across the region and beyond.