Eastern Michigan University

What you'll study

The Mechanical Engineering curriculum combines mathematics, fundamental sciences and core engineering subjects with laboratory work and a team-based senior design project. Early years emphasise calculus, differential equations, physics and introductory engineering principles to build a solid theoretical base. Later years focus on core mechanical engineering topics including statics and dynamics, mechanics of materials, thermodynamics, fluid mechanics, heat transfer, machine design, control systems and manufacturing processes.

• Mathematics: calculus sequence, linear algebra and differential equations
• Fundamental sciences: general physics and applied laboratory work
• Core engineering: statics, dynamics, mechanics of materials
• Thermal and fluids: thermodynamics, fluid mechanics, heat transfer
• Design and manufacturing: CAD/CAM, manufacturing processes, materials engineering, machine design
• Systems and controls: instrumentation, control systems, mechatronics
• Professional practice: engineering ethics, project management and communication
• Capstone: multi‑semester senior design project with team-based problem solving and industry-style deliverables

Practical learning is embedded through laboratory courses, computer-aided design and simulation assignments, and project work. Students can usually choose technical electives to specialise in areas such as robotics, HVAC, automotive systems, or renewable energy.

Entry requirements

Applicants are expected to have a strong background in mathematics and science. Typical preparation includes high school algebra, geometry, trigonometry and precalculus, with calculus and physics desirable if available. Admissions decisions consider overall academic record, strength of STEM coursework and any relevant extracurricular or technical experience.

• Academic preparation: emphasis on mathematics (including calculus where possible) and physics
• High school diploma or equivalent; evidence of sustained achievement in STEM subjects
• For transfer applicants: college coursework in calculus, physics and introductory engineering is advantageous
• International applicants: proof of English language proficiency as required by the university
• Non-academic factors: recommendation letters, personal statement and any relevant practical experience or portfolio can strengthen an application

Career prospects

Graduates with a Mechanical Engineering degree from Eastern Michigan University move into a wide range of roles across manufacturing, transportation, energy and technology sectors. Common entry-level roles include mechanical design engineer, manufacturing engineer, test engineer, HVAC engineer, systems engineer and quality/control engineer.

• Industry sectors: automotive and supplier companies, aerospace, industrial machinery, consumer products, energy and utilities, and robotics
• Typical activities: product design and testing, simulation and analysis, process improvement, prototyping, systems integration and maintenance engineering
• Further study and professional development: many graduates pursue professional engineering licensure, specialised masters degrees or management routes
• Employment support: internship and co‑op experiences, industry projects and regional employer connections often assist transitions into the workforce

Why study at Eastern Michigan University

Eastern Michigan University offers mechanical engineering students a curriculum that emphasises hands-on learning and applied problem solving together with access to local industry in the Metro Detroit region. The programme balances classroom theory with laboratories, computer-aided design and team projects, preparing students for immediate employment or further study.

• Practical facilities: teaching laboratories, machine and fabrication shops, and computing resources for CAD and simulation
• Industry connections: proximity to automotive and manufacturing employers offers internship and cooperative education opportunities
• Small to mid-sized classes: opportunities for close faculty mentorship and collaborative project work
• Student support: academic advising, career services and student organisations such as ASME chapters and engineering project teams