University of Missouri-Kansas City

What you'll study

The MS in Mechanical Engineering at UMKC combines coursework and research or project work to deepen knowledge in core mechanical engineering disciplines. Students typically follow either a thesis (research) track or a non-thesis (coursework and project) track.

• Core subject areas: advanced dynamics and vibrations, finite element methods and computational mechanics, thermo-fluids including heat transfer and fluid mechanics, mechanical design and CAD, and control systems.
• Typical modules: Advanced Solid Mechanics; Computational Methods in Engineering; Advanced Heat Transfer; Fluid Dynamics; Machine Design; Engineering Optimisation; Experimental Methods and Instrumentation; Control Theory and Applications.
• Electives and specialisms: students can choose electives to focus on areas such as additive manufacturing and advanced materials, robotics and mechatronics, energy systems, turbomachinery, or micro/nano-scale engineering depending on faculty expertise and available courses.
• Research and project work: thesis-track students undertake supervised original research and produce a thesis. Non-thesis students complete a capstone design project or practicum, often in collaboration with faculty or industry partners.
• Delivery and duration: the programme offers flexible scheduling with day and evening classes and can be undertaken full-time or part-time. The curriculum emphasises hands-on laboratory work, computational modelling and an engineering design approach.

Entry requirements

Applicants are normally required to hold a recognised bachelor’s degree in mechanical engineering or a closely related engineering discipline. Typical application materials include official transcripts, a statement of purpose outlining academic and professional goals, and letters of recommendation.

• Academic background: a strong undergraduate record in engineering fundamentals (mechanics, thermodynamics, mathematics, and basic fluid/solid mechanics) is expected. Applicants with degrees in related disciplines may be considered but could be asked to complete prerequisite coursework.
• GRE and tests: GRE may be requested by the department in some cases; consult the department for current testing policy.
• International applicants: English language proficiency evidence is required for applicants whose prior education was not in English (standard tests such as TOEFL or IELTS accepted; check departmental guidance for minimum expectations).
• Professional experience: relevant industry experience can strengthen an application, particularly for the non-thesis/professional master’s pathway.

Career prospects

Graduates of the MS in Mechanical Engineering are prepared for technical leadership or specialised engineering roles across multiple sectors. The programme emphasises problem-solving, modelling and experimental skills valued by employers.

• Typical roles: design engineer, mechanical systems engineer, R&D engineer, product development engineer, manufacturing engineer, test and validation engineer, controls or robotics engineer.
• Industries: aerospace and defence, automotive and transportation, energy and utilities, manufacturing and advanced materials, medical devices, robotics and automation, consulting and engineering services.
• Further study: many graduates proceed to doctoral programmes or professional engineering registration where applicable.

Why study at University of Missouri-Kansas City

UMKC offers a practical, industry-oriented mechanical engineering programme with access to laboratory facilities and faculty engaged in applied research. The university’s location in Kansas City provides opportunities for partnerships with regional manufacturers, technology companies and research organisations.

• Faculty and research: faculty research spans areas such as dynamics and control, manufacturing and materials, thermal-fluid systems and computational mechanics, offering opportunities for student involvement in funded projects.
• Facilities and hands-on learning: students benefit from engineering laboratories for experimentation, prototyping and computational resources for simulation and design.
• Flexible pathways: thesis and non-thesis options suit students aiming for research careers or those seeking advanced professional development. Part-time and evening courses support working professionals.
• Career support: the university provides career services, internship facilitation and links to local industry that help students move into engineering roles after graduation.