Florida State University

What you'll study

The programme offers both thesis and non-thesis (coursework) options. Core subjects typically cover advanced mechanics, heat transfer, fluid mechanics, and applied dynamics. Students also take courses in numerical methods and finite element analysis, control systems, experimental methods and engineering materials.

• Core topics: Continuum mechanics, advanced dynamics, heat transfer and thermodynamics, incompressible and compressible fluid dynamics.
• Computational & experimental methods: Computational fluid dynamics (CFD), finite element analysis (FEA), laboratory techniques, sensor and data acquisition, model validation.
• Specialist electives: Robotics and controls, biomechanics, energy systems, combustion, micro- and nano-scale manufacturing, additive manufacturing, materials science and composites.
• Research component: Thesis-track students conduct supervised research leading to a written thesis and defence; non-thesis students typically complete additional coursework and a capstone or project.

Students plan their programme with a faculty adviser, selecting courses to meet degree requirements and their individual technical interests. Opportunities to work in departmental laboratories and on sponsored projects complement coursework.

Entry requirements

Applicants are expected to hold a bachelor’s degree in mechanical engineering or a related engineering or physical science discipline from a recognised institution. A strong foundation in mathematics (calculus, differential equations), mechanics, thermodynamics and fluid mechanics is typically required.

• Academic transcripts: Official transcripts showing degree and coursework.
• GPA: A competitive undergraduate GPA in relevant coursework; minimum thresholds vary by application cycle and should be confirmed with the department.
• Supporting materials: Statement of purpose, curriculum vitae or résumé, and letters of recommendation (usually two or three) outlining academic and research potential.
• Standardised tests: GRE may be considered or optional depending on current admissions policies; international applicants normally need to demonstrate English proficiency through tests such as TOEFL or IELTS unless exempt.
• Prerequisites: Applicants lacking specific undergraduate courses may be required to take preparatory coursework either before or early in the programme.

Career prospects

Graduates enter a wide range of technical and leadership roles across industry and research. Typical career paths include design and analysis engineer, research and development engineer, systems engineer, manufacturing and process engineer, and controls or robotics engineer.

• Industry sectors: Aerospace and defence, automotive, energy and power generation, biotechnology and medical devices, consumer products, and advanced manufacturing.
• Research and academia: Thesis students often continue to doctoral programmes or take research scientist roles in national laboratories and university research centres.
• Professional advancement: The degree prepares graduates for technical leadership, project management, and roles that require advanced modelling, simulation and experimental skills.

Why study at Florida State University

Florida State University’s mechanical engineering programme combines rigorous coursework with access to active research groups and departmental laboratories. Students benefit from faculty expertise across areas such as thermal sciences, fluid mechanics, materials and robotics, and from collaborations with regional industry and national research initiatives.

• Research opportunities: Faculty-led projects and lab facilities provide hands-on experience in experimental and computational techniques.
• Flexible pathways: The availability of both thesis and non-thesis options lets students tailor their degree to research ambitions or direct entry into industry.
• Location and network: Being part of a large public research university offers access to interdisciplinary resources, industry connections, and professional development activities that support career entry and advancement.