Dartmouth University

What you'll study

Although Dartmouth does not offer a dedicated Master’s in Civil Engineering, a conventional civil engineering master’s typically combines advanced technical modules with applied project work and research. Core topics usually include structural analysis and design, geotechnical engineering, water resources and hydraulics, transportation systems, construction management, and materials and mechanics. Elective modules often cover specialised areas such as seismic design, coastal engineering, environmental remediation, computational mechanics, finite element methods and sustainable infrastructure.

Taught components are commonly complemented by design studio work, laboratory and field-based investigation, numerical modelling projects, and a substantial capstone design project or thesis. Students learn to apply advanced analysis tools (e.g. structural modelling, groundwater and flood-modelling software), perform laboratory testing of materials and soils, and develop professional design documentation and specifications.

Entry requirements

Typical entry requirements for a Master’s in Civil Engineering (general guidance) include a recognised bachelor’s degree in civil engineering or a closely related engineering discipline, with strong performance in core subjects such as mechanics, structural analysis, fluid mechanics and mathematics. Applicants whose undergraduate degree is in a different engineering field may be considered but will often be expected to have completed prerequisite coursework.

Admissions commonly require submission of academic transcripts, a statement of purpose, two or three academic or professional references, and a CV. For many US-based programmes, evidence of research or relevant industry experience is advantageous. International applicants are usually asked to demonstrate English language proficiency. Specifics vary by institution; for Dartmouth’s Thayer School of Engineering and similar graduate programmes, applicants should consult the programme’s graduate admissions pages for exact requirements.

Career prospects

Graduates with a Master’s in Civil Engineering progress into a broad range of professional roles. Common career paths include structural or geotechnical engineer, water resources engineer, transportation planner or engineer, construction project manager, pavement engineer, environmental engineer focusing on infrastructure, and design engineer in consultancy firms. Many graduates work for civil engineering consultancies, construction and infrastructure contractors, government agencies (transport, water management, environmental protection), and in specialised research and testing laboratories.

With further experience or professional licensure (such as professional engineer registration where applicable), graduates can move into senior technical leadership, project delivery management, specialist consultancy, or academic and research careers. The degree also supports roles in policy, resilience planning, and sustainable infrastructure development.

Why study at Dartmouth University

While Dartmouth does not offer a named Master’s in Civil Engineering, Dartmouth’s Thayer School of Engineering provides a flexible, interdisciplinary environment well suited to students seeking advanced engineering training with strong mentored research and project components. Thayer emphasises close faculty supervision, small cohort sizes and hands-on experiential learning that can be tailored to infrastructure-related topics such as materials, mechanics, systems engineering and sustainability.

Dartmouth’s strengths include strong links between engineering and other disciplines at the College (environmental studies, earth sciences, business), access to well-equipped laboratories, and opportunities for cross-departmental projects. Students interested primarily in civil engineering topics should discuss research and course options with Thayer faculty and consider collaborations with Dartmouth departments or external partners to create customised study programmes or capstone projects focused on structural, geotechnical or water-resources problems.

If your objective is a traditional, specialised Master’s in Civil Engineering, you may prefer to consider institutions that run dedicated civil engineering MSc or MEng degrees; if you value a personalised, interdisciplinary approach and the mentoring environment Dartmouth offers, consult Thayer’s graduate admissions team about the best route to pursue civil infrastructure research and training there.