Rice University

What you'll study

The Civil and Environmental Engineering curriculum combines core engineering science with specialised civil engineering topics and design practice. Students take foundational courses in calculus, differential equations, linear algebra, physics and chemistry before moving into discipline‑specific modules. Typical areas of study include structural analysis and design, geotechnical engineering, water resources and hydraulics, environmental engineering and transport systems. Coursework emphasises both theory and laboratory skills, with classes in materials science, structural steel and concrete design, soil mechanics, hydrology, environmental chemistry and computational methods.

A hallmark of the programme is a progressive design sequence that culminates in a capstone senior design project where teams solve real engineering problems, often in partnership with industry or community partners. Undergraduate researchers frequently work alongside faculty on topics such as coastal resilience, flood mitigation, sustainable infrastructure, environmental remediation and advanced materials. Electives and interdisciplinary options allow students to combine civil engineering with areas such as data science, energy systems, policy or urban planning.

Entry requirements

Admissions to Rice are selective and evaluate applicants holistically. Successful candidates typically present a strong secondary school record with rigorous coursework in mathematics (including calculus where available) and the physical sciences. Recommended preparation includes advanced mathematics, physics and laboratory science; chemistry is also beneficial for environmental areas of focus.

Rice considers standardised testing according to its current admissions policies; applicants should consult the university for the most up‑to‑date guidance. Supplementary materials that strengthen an application include teacher recommendations, a clear statement of interest in engineering, and evidence of technical or design experience (for example, project work, internships, competitions or research). International applicants will need to demonstrate English proficiency according to Rice’s requirements.

Career prospects

Graduates are prepared for professional practice in civil and environmental engineering, with common entry roles including structural or geotechnical engineer, water resources engineer, transportation engineer, environmental consultant and construction or project engineer. The programme’s combination of design experience, laboratory skills and research exposure also positions graduates for roles in consulting firms, government agencies, non‑profits and the energy and infrastructure industries.

Many alumni pursue professional licensure (Professional Engineer) and further study such as master’s programmes or PhDs for careers in research, academia or specialised technical practice. The university’s location and industry connections provide access to internships and employment in a major metropolitan region with significant infrastructure, energy and environmental sectors.

Why study at Rice University

Rice offers a small, student‑centred engineering environment with a low student‑to‑faculty ratio, which means close mentoring and early access to research. The Brown School of Engineering emphasises hands‑on learning, interdisciplinary collaboration and an applied design curriculum, including a senior capstone sequence that connects students with real clients and industry partners.

Located in Houston, Rice students benefit from proximity to a diverse range of engineering employers and real‑world infrastructure challenges—particularly in coastal resilience, water management and urban systems. Facilities include dedicated civil and environmental engineering laboratories and opportunities to participate in campus‑based research centres. Student organisations such as the American Society of Civil Engineers (ASCE) student chapter and Engineers Without Borders further complement classroom learning through professional development and community projects.