Dartmouth College

What you'll study

The M.Eng. curriculum emphasises applied engineering practice, systems thinking and project-based learning. Core components typically include advanced engineering mathematics, systems engineering or design methodology, and professional skills such as project management and engineering communication. Students also take technical electives that reflect Thayer’s strengths — examples include biomedical engineering, materials and mechanics, controls and robotics, power and energy, and computational methods and data analytics.

A central feature is a substantial capstone or design project carried out individually or in small teams, often in collaboration with industry partners, clinical affiliates or other Dartmouth departments. Coursework is balanced with hands-on laboratory and prototype work in well-equipped facilities, and many students complement technical modules with electives in entrepreneurship, product development, or management offered through cross‑disciplinary programmes.

Entry requirements

Applicants are expected to hold a recognised bachelor’s degree in engineering, applied science, or a closely related discipline. A strong academic record in prior studies with demonstrated competence in mathematics, physics and core engineering subjects is required. Typical supporting materials include academic transcripts, two or three letters of recommendation, a statement of purpose outlining goals and relevant experience, and a current CV.

Standardised tests are considered on an individual basis where required by admissions; applicants should check the programme’s admissions guidance for the current policy. International applicants must demonstrate English language proficiency if their prior education was not in English.

Career prospects

Graduates pursue a range of roles in industry and technology. Common career paths include product and systems engineering, R&D, design engineering, engineering management, and technical consulting. The programme also prepares students for leadership roles in start-ups and corporate innovation teams, and for further study such as a research doctorate where a stronger research focus is desired.

Alumni benefit from connections with regional and national technology companies, healthcare and medical-device firms, energy and environmental organisations, and the School’s entrepreneurship ecosystem, which together support internship and employment opportunities.

Why study at Dartmouth College

Thayer School of Engineering combines rigorous technical training with close faculty mentoring and a strong emphasis on design and interdisciplinary collaboration. Students gain access to hands-on labs, prototyping spaces and research centres, and can draw on Dartmouth’s wider resources in medicine, business and the liberal arts.

The School’s culture emphasises teamwork, real-world problem solving and entrepreneurship, offering opportunities for industry-sponsored projects and venture support. Smaller cohort sizes mean personalised advising and frequent interaction with faculty and industry practitioners, while Dartmouth’s alumni network provides career support across multiple sectors.