Rice University

What you'll study

The programme provides advanced coursework across the principal civil engineering disciplines with the flexibility to tailor study to specific interests. Typical subject areas include structural analysis and design, reinforced and prestressed concrete, steel structures, finite element methods, geotechnical engineering and soil mechanics, foundation design, environmental engineering processes, water resources and hydraulics, transportation systems and planning, construction management, materials science for civil applications, and computational methods for engineering.

Students may choose between a coursework-focused route and a research or thesis option, combining required core classes with elective seminars and technical electives. Project-based design work, laboratory courses in structural and geotechnical testing, and computational modelling form an important part of the curriculum to develop hands-on and analytical skills. Graduate seminars and opportunities to work on faculty-led research projects allow students to explore specialised topics such as resilient infrastructure, sustainable design, advanced materials, and urban water systems.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in civil engineering or a closely related engineering discipline from a recognised institution, with a strong record of undergraduate study. Admissions typically look for evidence of quantitative ability and fundamental engineering knowledge in subjects such as mechanics, calculus, physics, and materials.

Required application materials usually include official academic transcripts, a statement of purpose outlining academic and professional goals, letters of recommendation (often from academic referees or engineering employers), and a current CV or resume. Applicants whose first language is not English will need to demonstrate English proficiency through an accepted test or equivalent qualification. Admissions may also consider relevant professional experience and prior research; specific test requirements and policies on standardised tests vary, so applicants should consult the department for current guidance.

Career prospects

Graduates go on to careers across consulting engineering, infrastructure design and construction, transportation planning, water resources management, environmental compliance and remediation, geotechnical and structural engineering practice, and construction project management. The degree also prepares students for technical leadership roles in design firms, contractors, government agencies, and utilities, as well as for positions in research organisations and technology companies developing modelling and analysis tools.

Many students use the master’s as a stepping stone to professional engineering licensure where applicable, or to further academic study including doctoral programmes. The programme’s combination of laboratory experience, computational training and project work makes graduates attractive to employers involved in resilient and sustainable infrastructure projects, urban development, and large-scale civil systems.

Why study at Rice University

Rice University’s Civil and Environmental Engineering programme is delivered within a compact, research-intensive engineering school that emphasises close faculty‑student interaction. Students benefit from access to departmental laboratories and facilities for structural testing, geotechnical experimentation, environmental analysis and advanced computing, as well as cross-disciplinary collaboration across engineering, architecture and applied sciences.

Located in Houston, a global hub for infrastructure, energy, and water management, Rice offers strong connections to industry, consultancies and government agencies, which supports internships, project collaboration and career placement. The department’s active research portfolio and small programme size give students opportunities to contribute directly to ongoing research and to work closely with faculty on topics that span sustainable infrastructure, advanced materials and resilient urban systems.