Michigan State University

What you'll study

The civil engineering curriculum combines foundational science and mathematics with specialised engineering subjects and design experience. Early years emphasise calculus, differential equations, physics, chemistry and engineering mechanics; later years focus on core civil engineering topics and an integrated capstone design project.

Typical modules and subjects

• Engineering mathematics: calculus, linear algebra, differential equations and numerical methods
• Fundamental sciences: physics for engineers and engineering chemistry
• Mechanics: statics, dynamics and strength of materials
• Structural engineering: structural analysis, reinforced concrete and steel design
• Geotechnical engineering: soil mechanics, foundation engineering and site characterisation
• Hydraulics and water resources: fluid mechanics, hydrology and environmental engineering principles
• Transportation engineering: design of highways, traffic engineering and transportation planning
• Construction engineering and project management: construction methods, estimating and scheduling
• Computer-aided design and modelling: CAD, finite element basics and engineering software tools
• Professional topics: ethics, engineering economy, sustainability and communication
• Capstone design project: multidisciplinary team-based design that applies technical knowledge to a real-world civil engineering problem

Students also have opportunities for undergraduate research, electives that specialise in areas such as environmental engineering or structural dynamics, and laboratory or field-based experiences in MSU’s engineering facilities.

Entry requirements

Admission to the Bachelor of Science in Civil Engineering is competitive and typically requires a strong secondary-school record with an emphasis on mathematics and science. Successful applicants usually present the following:

• High school diploma or equivalent with a robust programme of study in mathematics (including precalculus or calculus) and physics; chemistry is highly recommended
• Competitive academic performance in relevant courses; admissions consider the overall academic profile rather than a single threshold number
• For international applicants, proof of English proficiency through recognised tests or an approved pathway; additional credential evaluation may be required
• Transfer applicants are considered based on post-secondary coursework; engineering prerequisite courses are typically required for direct placement in the major

Michigan State University may also consider broader aspects of an application such as personal statements, extracurricular activities, and demonstrated interest in engineering. Applicants should consult the university’s admissions guidance for application procedures and any programme-specific recommendations.

Career prospects

Graduates with a civil engineering degree from Michigan State University enter a wide range of careers designing, constructing and maintaining the built environment. Common roles include:

• Civil/structural engineer in consulting firms or design offices
• Geotechnical or transportation engineer working for engineering contractors or local and national agencies
• Water resources and environmental engineer in utilities, environmental consultancies or public sector bodies
• Construction engineer or project manager overseeing site delivery and contract administration
• Infrastructure asset manager and roles in planning or policy within government or non-profit organisations

Graduates often pursue professional licensure (Engineer-in-Training followed by Professional Engineer), postgraduate study (master’s or PhD) or careers in research and teaching. The degree also provides a foundation for roles in consulting, entrepreneurship and cross-disciplinary engineering fields.

Why study at Michigan State University

Michigan State’s Department of Civil and Environmental Engineering is housed within a comprehensive engineering college that emphasises hands-on learning, research and industry engagement. Key strengths include:

• ABET accreditation of the civil engineering programme, ensuring alignment with professional standards
• Extensive laboratory and field facilities for materials testing, geotechnical studies, structural testing and environmental analysis
• Opportunities for undergraduate research and collaboration with faculty on funded projects spanning infrastructure resilience, water systems and transportation
• Active student organisations and design teams—such as ASCE student chapter, concrete canoe and steel bridge—that provide practical experience and networking
• Proximity to a broad engineering and manufacturing base in Michigan, supporting internships, co-ops and employer connections across public and private sectors

These elements combine to prepare graduates with the technical knowledge, practical skills and professional awareness needed for modern civil engineering careers.