University of Michigan

What you'll study

The programme emphasises advanced engineering fundamentals together with specialised study in areas such as mechanical engineering, electrical and computer engineering, civil and environmental engineering, biomedical engineering, aerospace engineering, materials science and engineering systems. Typical degree structures include a mix of core graduate-level courses, electives, and either a research thesis or a substantial applied project/capstone.

• Core topics you might encounter: advanced mathematics for engineers, numerical methods, systems modelling, optimisation, statistics for engineers, and research methods.
• Specialist modules commonly offered: control systems and robotics; computational fluid dynamics; microelectronic devices and VLSI; structural dynamics and earthquake engineering; biomaterials and biomechanics; energy systems and power electronics; machine learning for engineering applications.
• Research or project component: students choose between a thesis-based route (independent research under a faculty adviser) or a coursework-plus-project option that culminates in a design or industry-linked capstone.
• Electives and interdisciplinary options: students can take courses across engineering departments, and often from business, public policy or data science to tailor their skill set.

Entry requirements

Applicants are expected to hold a recognised bachelor’s degree in engineering, physical sciences, mathematics or a closely related discipline. Typical application materials include academic transcripts, a statement of purpose outlining academic and professional objectives, two to three letters of recommendation, and a current CV or résumé.

• Academic background: strong undergraduate performance in core engineering and maths subjects; prerequisite coursework may be required if your degree is in a non-engineering discipline.
• Standardised tests: policies on GRE vary by department and can change; applicants should consult the specific department for current guidance. International applicants must demonstrate English language proficiency according to University of Michigan requirements.
• Professional experience: relevant work or research experience can strengthen an application, especially for project-focused pathways or industry-sponsored opportunities.

Career prospects

Graduates of the Master’s in Engineering Science pursue a wide range of technical and leadership roles. The programme prepares students for engineering positions that require advanced analytical skills, design and systems thinking, and the ability to lead multidisciplinary teams.

• Typical roles: systems engineer, design engineer, research and development engineer, controls/automation engineer, data scientist for engineering applications, product development engineer, and quality or reliability engineer.
• Industry sectors: automotive and mobility, aerospace and defence, energy and utilities, biomedical and medical devices, semiconductors and electronics, infrastructure and construction, and technology services.
• Further study: many graduates continue to doctoral research or professional degrees, while others move into management, consulting, or start-up ventures where technical expertise is required.

Why study at University of Michigan

The University of Michigan offers a highly interdisciplinary engineering environment with extensive laboratory facilities, research centres and strong links to industry. Students benefit from faculty who lead cutting-edge research, access to shared instrumentation and computing resources, and collaboration opportunities across engineering, medicine, business and public policy.

• Research and facilities: a broad range of specialised labs and centres supporting experimental and computational work across engineering disciplines.
• Industry engagement: partnerships with corporate research groups, start-up incubators, and frequent recruitment by regional and national employers.
• Student support: faculty mentoring, graduate student organisations, and career services that help with internships, co-op placements and post-graduation employment.
• Location and community: study in an academic and innovation hub with active extracurricular and professional networks that complement technical training.