University of Iowa

What you'll study

The programme offers both thesis (research) and non-thesis (coursework or project) pathways, typically completed through a combination of advanced coursework, laboratory work, seminar participation and a capstone research project or thesis. Students personalise their study by choosing a focal area such as structural engineering, geotechnical engineering, environmental and water resources engineering, transportation engineering, or construction and materials engineering.

• Core and advanced topics: advanced structural analysis and design, finite element methods, reinforced concrete and steel design, geotechnical engineering and soil mechanics, foundation design, hydraulics and open-channel flow, water resources modelling, environmental engineering processes, pavement design and management, transportation systems analysis and planning, construction management and project delivery.
• Laboratory and computational work: experimental testing in structural and materials labs, geotechnical centrifuge and soil testing, hydraulic flumes and instrumentation, advanced computational modelling including CFD and FEM, and data analysis using contemporary engineering software.
• Research and project options: thesis students undertake original research under faculty supervision; non-thesis students complete a substantial design project or practicum and elective coursework to build depth in chosen areas.
• Seminars and professional development: departmental seminars, journal clubs and opportunities to present research help develop communication skills and professional networks.

Entry requirements

Applicants should hold a bachelor’s degree in civil engineering or a closely related engineering discipline from an accredited institution. Successful candidates typically demonstrate strong undergraduate performance and solid preparation in mathematics, mechanics, fluid mechanics, and materials or soil mechanics appropriate to their intended specialisation.

• Application materials: official transcripts, a statement of purpose outlining academic and professional goals, curriculum vitae or résumé, and academic references are generally required.
• Standardised tests and English language: requirements for tests such as the GRE vary by applicant background and programme pathway; international applicants must demonstrate English proficiency through recognised tests unless otherwise exempted.
• Additional considerations: relevant work experience, research exposure, or a portfolio of projects can strengthen an application. Some specialisations or funding opportunities may expect alignment with specific faculty research interests.

Career prospects

Graduates enter a wide range of roles across the public and private sectors. Typical career paths include design engineer or project engineer in consulting firms, geotechnical or structural specialist roles, transportation planner or pavement engineer, water resources and environmental engineer, construction manager, and roles in infrastructure materials testing and quality assurance.

• Public sector and agencies: positions with state departments of transportation, municipal public works, environmental regulation agencies and water resource management organisations.
• Private sector: consulting engineering firms, design-build contractors, materials and testing firms, and technology providers for modelling and infrastructure management.
• Research and academia: thesis-track graduates often continue to PhD study or take research roles in university research centres and industry R&D groups.
• Professional advancement: the degree supports progression toward professional engineering licensure and leadership roles in project delivery, technical management and consultancy.

Why study at University of Iowa

The University of Iowa College of Engineering is known for combining rigorous technical training with applied research and strong industry engagement. Students benefit from specialised research centres and facilities—such as hydraulics and water resources laboratories, structural testing facilities and materials labs—that support hands-on learning and experimental research.

• Research strengths: active faculty research in areas including hydraulics and water resources, structural systems and resilience, geotechnical engineering, transportation systems and sustainable infrastructure.
• Industry and regional connections: partnerships with state agencies, consulting firms and regional infrastructure programmes provide internship, project and employment pathways throughout the Midwest and beyond.
• Funding and support: graduate assistantships, project assistant roles and competitive fellowships are available to qualified students, offering opportunities to gain teaching and research experience while funding graduate study.
• Student experience: a collaborative departmental culture, regular seminar series, and multidisciplinary project opportunities help students build technical expertise and professional networks.