Santa Clara University

What you'll study

The programme builds advanced competency in core civil engineering disciplines while allowing focused study in one or more areas such as structural engineering, geotechnical engineering, water resources and hydraulics, transportation systems, construction management and seismic design. Coursework covers subjects typically found at the graduate level: advanced structural analysis and design, finite element methods, reinforced concrete and steel design, foundation and soil mechanics, geotechnical site characterisation, hydrology and hydraulic modelling, water quality and treatment principles, transportation planning and modelling, construction techniques and project delivery, and engineering project management.

Students may choose between a coursework-only option, a capstone project or a research thesis depending on their career goals. Labs and computing facilities support courses in structural testing, geotechnical investigation, hydraulic flumes and numerical simulation; project-based assignments emphasise practical problem solving, design codes and professional practice. Electives and directed research allow students to tailor the programme to industry specialisms or to prepare for doctoral study.

Entry requirements

• Bachelor's degree in civil engineering or a closely related engineering discipline from an accredited institution, or equivalent preparation demonstrated by prior coursework.
• A competitive undergraduate academic record; departments commonly expect demonstrated strength in key engineering mathematics and mechanics courses.
• Supporting documents including academic transcripts, a statement of purpose outlining objectives and specialisation interests, and one or more academic or professional letters of recommendation.
• Professional experience is advantageous for applicants to practice-oriented tracks such as construction management or project-based options.
• Applicants for whom English is not a first language must meet the university's English proficiency requirements via recognised tests or equivalent qualifications.
• The department may consider GRE scores where relevant; applicants should consult the programme admissions guidance for current testing policies.

Career prospects

Graduates of the MSc in Civil Engineering pursue careers in consulting firms, public agencies, infrastructure contractors, transportation authorities, water utilities and specialised design practices. Typical roles include structural engineer, geotechnical engineer, water resources engineer, transportation planner/engineer, construction manager and design project lead. The programme also prepares graduates for technical specialist positions in seismic design, computational modelling and environmental compliance, as well as for continued academic research at the doctoral level. Santa Clara's Bay Area location and industry links support internships and employer networking that can lead to positions across private practice, public infrastructure programmes and technology-driven engineering firms.

Why study at Santa Clara University

• Location in the heart of the Bay Area provides access to a wide range of engineering employers, consulting firms and public infrastructure agencies, supporting internships and industry collaboration.
• A Jesuit education emphasises professional responsibility, ethical decision-making and sustainability—important perspectives for civil engineers working on infrastructure and community projects.
• Small class sizes enable close faculty mentoring; many faculty have active industry experience or applied research projects, helping bridge theory and practice.
• Laboratory and computing resources support experimental testing and advanced numerical simulation, while multidisciplinary opportunities exist through campus collaborations on sustainability and urban systems.
• The university offers career services, employer engagement events and alumni networks in engineering that assist students in transitioning to professional roles in the region and beyond.