University of Michigan

What you'll study

The curriculum provides core training in engineering science and design, typically beginning with foundational mathematics, physics and computing, then progressing to mechanical-engineering-specific subjects. Core topics include statics and dynamics, solid mechanics, materials science, thermodynamics and heat transfer, fluid mechanics, vibrations and controls, and mechanical design.

Most programmes also integrate laboratory work, computer-aided design and simulation, and project-based courses. Typical modules and activities you can expect include:

• Introductory mathematics and physics (calculus, differential equations, linear algebra, mechanics, electromagnetism)
• Engineering analysis and modelling (numerical methods, engineering computing, data analysis)
• Mechanics of materials and structural analysis
• Thermodynamics, heat transfer and energy systems
• Fluid mechanics and aerodynamics
• Dynamics, controls and mechatronics
• Machine design, manufacturing processes and materials selection
• Capstone design project or senior design sequence, typically team-based and industry- or faculty-sponsored
• Electives or specialisation options in areas such as robotics, automotive engineering, aerospace systems, materials, biomechanics, energy systems, and controls
• Hands-on laboratory courses, maker-space and machine-shop experience, and participation in student design teams (for example Formula SAE, Solar Car or robotics teams)

The programme is designed to combine theoretical coursework with laboratory experiments, design projects and opportunities for undergraduate research. Many students complement the degree with minors, study abroad, internships or co-curricular certificates.

Entry requirements

Applicants are expected to have a strong academic background in mathematics and science. Typical preparation includes calculus through at least first-year university-level or equivalent, physics with mechanics, and a solid grounding in algebra and geometry. Admissions decisions consider secondary-school grades or equivalent, performance in STEM courses, letters of recommendation, and a personal statement that explains motivations for engineering.

Successful entrants often demonstrate experience with problem-solving and hands-on projects, such as robotics clubs, engineering competitions, programming, or workshop/maker activities. International applicants should meet the university's English language proficiency requirements. Specific prerequisites, application components and any standardised-test policies are published by the University of Michigan and should be checked on the official admissions pages.

Career prospects

Graduates with a Bachelor's in Mechanical Engineering pursue careers across many industries. Common roles include mechanical design engineer, manufacturing/process engineer, systems engineer, project engineer, test engineer, and controls or automation engineer. Employment sectors include automotive, aerospace, defence, energy and power generation, robotics and automation, medical devices and biomedical engineering, consumer products, and consulting.

Many graduates also continue to postgraduate study in specialised engineering fields, materials science, business (MBA) or research degrees. The programme’s strong industry connections and emphasis on practical skills position graduates well for internships and early-career advancement, and alumni often move into leadership, product development or technical consultancy roles.

Why study at University of Michigan

The University of Michigan's College of Engineering offers a comprehensive mechanical-engineering education with extensive hands-on learning environments, research laboratories and maker facilities. Students benefit from active student design teams, plenty of lab and shop access, and opportunities to work on real-world projects with faculty and industry partners.

Located near major automotive and technology hubs, the programme provides well-established pathways to internships and employer engagement. The college supports professional development through career services, co-curricular programmes and a large alumni network that spans global engineering employers. For students seeking a blend of rigorous fundamentals, practical design experience and research opportunities, the University of Michigan provides a supportive and resource-rich environment to start a career in mechanical engineering.