Seattle University

What you'll study

The programme combines a rigorous foundation in mathematics, physics and basic sciences with core civil engineering subjects and practical laboratory work. Early years focus on calculus, differential equations, statics and dynamics, materials, and introductory engineering design. Later years emphasise discipline-specific topics such as structural analysis and design, geotechnical engineering, transportation engineering, water resources and hydrology, environmental engineering, construction management, and professional practice.

Hands-on learning is delivered through laboratories, computer modelling courses (finite element analysis, CAD, and civil engineering software), fieldwork, and a year-long senior capstone design project that partners with industry or public agencies. Elective options allow specialisation in areas such as sustainable infrastructure, seismic design, stormwater management, or construction systems. Communication, ethics, project management and teamwork are integrated throughout the curriculum to prepare graduates for professional practice.

Entry requirements

Applicants are expected to hold a recognised secondary school credential with a strong record in mathematics and sciences. Typical preparation includes calculus (or precalculus with extension), physics and chemistry at secondary level. Seattle University looks for competitive academic achievement alongside evidence of problem-solving ability and motivation for engineering.

For domestic applicants this generally means a strong GPA in relevant subjects; standardised tests may be considered according to the university's admissions policy. Transfer applicants should have completed first-year college coursework in calculus, physics and engineering fundamentals and will be evaluated on course equivalence and transcript performance. International applicants must provide proof of equivalent secondary qualifications and demonstrate English proficiency through accepted tests or qualifying pathways.

Career prospects

Graduates enter a wide range of roles in the public and private sectors. Common first positions include junior civil/structural engineer, transportation engineer, water resources or environmental engineer, geotechnical analyst, site/civil designer, and construction engineer. Many alumni work for consulting firms, municipal and state departments of transportation, utilities, contractors, and environmental agencies.

The programme also prepares students for professional licensure: graduates typically follow the Engineer-in-Training (EIT/FE) route and later the Professional Engineer (PE) qualification after gaining required experience. Opportunities for graduate study exist in structural, geotechnical, environmental and transportation engineering, as well as interrelated fields such as construction management and urban planning.

Why study at Seattle University

Seattle University offers a personalised, mission-driven education with relatively small class sizes and close faculty supervision, which benefits students in laboratory work and design projects. The civil engineering programme is aligned with industry practice and emphasises ethical responsibility, sustainability and community engagement reflecting the university's Jesuit values.

Located in a major Pacific Northwest city, the university provides strong connections to regional engineering firms, public agencies and infrastructure projects, facilitating internships and project collaborations. Students also benefit from modern lab facilities, opportunities for undergraduate research, and a curriculum designed to lead to professional accreditation and licensure pathways.