Case Western Reserve University

What you'll study

The civil engineering curriculum combines a strong foundation in mathematics and basic sciences with core engineering principles and specialised civil engineering topics. Early years focus on calculus, differential equations, physics, chemistry, computer programming and introductory engineering concepts. Core civil engineering subjects typically include statics and dynamics, mechanics of materials, structural analysis and design, fluid mechanics and hydraulics, geotechnical engineering, transportation engineering, environmental engineering and construction engineering and management.

Students engage in laboratory courses and computer‑based modelling across materials testing, strength of materials, hydraulics and geotechnical labs. Design and communication skills are emphasised through technical writing, CAD/CAM, surveying and geographic information systems (GIS). The programme culminates in a capstone design project where multidisciplinary teams solve realistic engineering problems under faculty supervision.

Elective options and interdisciplinary opportunities allow specialisation or breadth — for example, advanced structural design, seismic engineering, water resources and environmental remediation, pavement design, sustainable infrastructure, and courses in systems engineering or computer science. Undergraduate research with faculty in areas such as structural health monitoring, urban stormwater management, or transportation analytics is available, and co‑operative education, internships and industry projects form an important part of experiential learning.

Entry requirements

Admission to the civil engineering undergraduate programme is competitive and based on academic achievement and preparation in relevant subjects. Applicants are expected to demonstrate strong performance in mathematics and physics at secondary level; for UK applicants this typically means A‑level mathematics and physics (or recognised equivalents). International applicants should hold an equivalent secondary school diploma with rigorous coursework in STEM subjects.

Successful candidates often show evidence of problem‑solving skills, hands‑on experience (such as through clubs, projects or work experience), and an interest in design and infrastructure. Proof of English language proficiency is required for non‑native speakers. Transfer applicants are considered based on college transcripts and completion of foundational coursework such as calculus, physics and introductory engineering, and advanced standing may be granted where appropriate.

Career prospects

Graduates with a civil engineering degree from Case Western Reserve can pursue careers across the public and private sectors. Typical roles include civil or structural engineer, geotechnical engineer, transportation engineer, water resources or environmental engineer, construction/project manager, and infrastructure asset manager. Many graduates join engineering consultancies, contractors, transportation and water authorities, utilities, and government agencies.

The programme also prepares students for professional licensure (such as the Fundamentals of Engineering and later professional engineer qualifications), and for postgraduate study in specialised fields or research. Graduates may move into related fields including urban planning, sustainability consulting, construction law, or technology roles that require strong quantitative and systems skills.

Why study at Case Western Reserve University

Case Western Reserve’s civil engineering programme is housed in a research‑intensive engineering school that emphasises collaboration across disciplines. Students benefit from access to modern laboratories, computing resources and faculty engaged in applied research on topics such as infrastructure resilience, water systems, and transportation analytics.

Located in Cleveland, the university offers proximity to a range of public works agencies, design firms and contractors that support internships, co‑op placements and practicum projects. The school’s focus on experiential learning — through design studios, industry partnerships and undergraduate research — helps students build practical skills and professional networks. Support services, including academic advising and career services, assist students with licensure preparation, internship searches and transition to employment or graduate study.