University of Missouri-Kansas City

What you'll study

The Mechanical Engineering curriculum builds a strong foundation in mathematics, physics and core engineering sciences before moving into specialised mechanical subjects and project-based design. Early years emphasise calculus, differential equations, general chemistry or physics, statics and dynamics, and introduction to engineering practice. Later-year coursework typically covers thermodynamics, fluid mechanics, heat transfer, materials science, solid mechanics, vibrations, control systems, and manufacturing processes.

Practical learning is an integral part of the programme. Students take laboratory courses that reinforce theory with experiments and data analysis, learn computer-aided design and analysis (CAD/CAE), and gain experience with manufacturing technologies such as machining, additive manufacturing and CNC processes. The curriculum culminates in a capstone design project, often team-based, that requires application of design methodology, project management, technical communication and prototype testing.

• Core modules: calculus-based physics, statics and dynamics, mechanics of materials, thermodynamics, fluid mechanics, heat transfer
• Engineering sciences and methods: numerical methods, engineering materials, systems dynamics and control, instrumentation and measurement
• Design and application: mechanical design, CAD/CAM, manufacturing engineering, laboratory courses, senior capstone design project
• Supporting studies: mathematics (calculus, differential equations), programming and computing for engineers, engineering ethics and professional practice
• Electives and options: technical electives allow focus on areas such as aerospace, automotive, energy systems, robotics, biomedical engineering or advanced manufacturing

Entry requirements

Applicants should hold a high-school diploma or equivalent with a strong background in mathematics (including precalculus or calculus) and physics. Typical successful applicants present high achievement in high-school calculus, algebra and physics courses. Domestic applicants may be considered on the basis of GPA and academic preparation; standardised tests may be optional but can be submitted if available.

Transfer students from community colleges or other universities are welcome; transfer credit is evaluated against programme requirements and may reduce time to degree. International applicants must demonstrate an equivalent secondary-school qualification and provide proof of English language proficiency where required (for example, recognised tests such as TOEFL or IELTS). Placement testing or advising may be used to place students into appropriate first-year mathematics and engineering courses.

The programme expects commitment to a rigorous technical curriculum and participation in lab work and team projects. Some prior experience with programming, CAD or hands-on fabrication is advantageous but not mandatory.

Career prospects

Graduates with a BSc in Mechanical Engineering pursue roles across a broad range of sectors. Common entry-level positions include mechanical design engineer, manufacturing or process engineer, test and validation engineer, systems or mechanical analyst, and applications engineer. Employers include automotive and transportation companies, aerospace firms, energy and utilities, manufacturing and industrial equipment suppliers, medical device companies, and consulting firms.

Typical career pathways include:

• Design and product development, using CAD/CAE tools to create and test components and systems
• Manufacturing and production engineering, focusing on process optimisation and quality control
• Energy and thermal systems engineering, including HVAC, power generation and renewables
• Controls, robotics and mechatronics, integrating sensors, actuators and embedded systems
• Research and development or progression to postgraduate study (MSc, PhD) in specialised areas

Graduates may also follow the professional licensure route—starting with the Fundamentals of Engineering (FE) exam and, after relevant work experience, pursuing the Professional Engineer (PE) licence—if they plan to work in disciplines that require licensure.

Why study at University of Missouri-Kansas City

UMKC’s mechanical engineering programme is offered within a school that emphasises applied research, industry collaboration and hands-on learning. The department provides access to modern laboratories, fabrication shops and computing resources that support experimental work, prototyping and CAD/CAE coursework. Small to moderate class sizes enable close interaction with faculty and personalised advising.

Located in the Kansas City metropolitan area, UMKC offers students proximity to a diverse industrial base with opportunities for internships, co‑op placements and employer-sponsored projects in sectors such as automotive, aerospace, manufacturing and biomedical technology. Undergraduate research and senior design projects often involve collaboration with local companies or faculty-led research groups, giving students practical problem-solving experience valued by employers.

Students can complement their degree through student societies and design teams (for example, engineering clubs and ASME/SAE chapters), entrepreneurship and innovation programmes, and cross-disciplinary collaboration across computing, electrical and biomedical fields within the university.