Michigan Technological University

What you'll study

The programme offers a mix of core and elective graduate courses allowing students to tailor study to traditional and emerging subfields of mechanical engineering. Common subject areas include advanced dynamics and vibrations, continuum and solid mechanics, thermodynamics and heat transfer, fluid dynamics, control systems, finite element analysis and computational methods, advanced manufacturing and materials science.

Students may choose a thesis (research) or non‑thesis (coursework/project) option. The thesis pathway emphasises an original research project supervised by a faculty adviser and suitable for students intending to pursue research careers or doctoral study. The non‑thesis pathway typically includes a professional project or additional coursework and is oriented toward immediate application in industry.

Typical components and learning experiences:

• Core graduate courses in mechanics, thermal‑fluid sciences and computational methods
• Electives in areas such as robotics and controls, biomechanical engineering, energy systems, combustion, and advanced materials
• Laboratory work using university facilities and instrumentation to support experimental research
• Capstone research thesis or independent project with faculty supervision
• Opportunities for interdisciplinary study with related departments and research centres

Entry requirements

Applicants are expected to hold a bachelor’s degree in mechanical engineering or a closely related engineering or science discipline from an accredited institution. Admissions consider the overall academic background, preparedness for graduate‑level engineering coursework and research potential.

• Application materials generally include official transcripts, a statement of purpose, a current CV or résumé and letters of recommendation.
• Graduate applicants whose native language is not English must provide acceptable evidence of English proficiency; the university specifies acceptable tests and minimum scores.
• Research‑oriented applicants should identify potential faculty advisers and summarise research interests; prior research experience is an advantage for thesis applicants.
• Professional experience can strengthen an application to the non‑thesis pathway or for industry‑focused candidates.

Career prospects

Graduates of the programme move into a wide range of technical and leadership roles across sectors including automotive and transportation, aerospace and defence, energy and power systems, manufacturing and industrial automation, robotics and controls, biomedical device development, and consulting. Common job titles include design engineer, thermal/fluids engineer, structural analyst, controls engineer, manufacturing/process engineer, research engineer and systems engineer.

The degree also prepares students for doctoral study and careers in academia or national research laboratories. Michigan Tech’s connections with regional and national employers, plus opportunities for internships and collaborative research, help graduates transition into industry roles or entrepreneurial ventures.

Why study at Michigan Technological University

Michigan Tech is an engineering‑focused university with strong emphasis on applied research and experiential learning. Mechanical engineering students benefit from close interactions with faculty, hands‑on laboratory training and access to research projects in areas such as thermal‑fluid sciences, materials, manufacturing, controls and robotics.

The department fosters a collaborative environment with relatively small graduate cohorts, enabling personalised mentorship and proactive support for research and career development. Industry partnerships, internship opportunities, and university career services help students gain practical experience and employer connections. The campus setting also offers access to unique outdoor testing environments and a community that supports teamwork on technical challenges.

Overall, the Master’s in Mechanical Engineering at Michigan Tech is suited to students seeking rigorous technical training, practical research experience and preparation for advanced professional or academic careers in mechanical engineering and related fields.