Idaho State University

What you'll study

The programme is built around a core of mathematics, basic sciences and engineering fundamentals in the first years, progressing to specialised civil engineering topics and a capstone design project in the senior year. Typical modules include:

• Engineering Mathematics and Calculus – multivariable calculus, differential equations and linear algebra applied to engineering problems.
• Basic Sciences – physics with mechanics and thermodynamics relevant to engineering contexts.
• Statics and Dynamics – fundamental mechanics used in structural and machine analysis.
• Mechanics of Materials – stress, strain, material behaviour and failure criteria.
• Structural Analysis and Design – analysis of beams, frames and introduction to design of steel, concrete and timber elements.
• Fluid Mechanics and Hydraulics – behaviour of fluids, flow in pipes and open channels, and applications to water resources engineering.
• Geotechnical Engineering – soil mechanics, foundation design and site investigation techniques.
• Transportation Engineering – fundamentals of traffic engineering, pavement design and transportation planning.
• Environmental Engineering – basic treatment processes, water quality and environmental impact considerations.
• Construction Engineering and Management – construction methods, project management, cost estimating and scheduling.
• Computer-Aided Design and Analysis – use of CAD, structural modelling and engineering software for analysis and documentation.
• Laboratory and Field Work – hands-on experiments in materials, hydraulics and soils; surveying and site-based exercises.
• Senior Capstone Design – multidisciplinary team project applying technical knowledge to an open-ended engineering problem, often with industry or community sponsors.

Throughout the degree students complete general education courses and have opportunities for electives that allow focus areas such as structural, geotechnical, transportation or environmental engineering. Internship and cooperative education experiences are encouraged to build practical skills.

Entry requirements

Applicants are expected to hold a relevant secondary school qualification with strong preparation in mathematics (including pre-calculus or calculus) and physics. Typical admission considers overall academic performance, completion of college preparatory courses and any relevant practical experience.

• Domestic applicants: a high-school diploma or equivalent with solid grades in mathematics and science subjects; transferable college credit for calculus or physics can be considered.
• Transfer applicants: college-level coursework in calculus, physics and introductory engineering is usually required for advanced placement; official transcripts will be assessed for course equivalency.
• International applicants: academic credentials equivalent to U.S. secondary education are required; proof of English language proficiency may be requested in line with university policy.

Admission may be selective for the engineering programme; applicants should consult Idaho State University's admissions guidance for details on documentation, placement and any preparatory requirements.

Career prospects

Graduates with a Bachelor’s in Civil Engineering typically enter roles in design, construction, planning and maintenance of infrastructure. Common career paths include:

• Structural engineering: design and analysis of buildings, bridges and other structures.
• Transportation engineering: planning and design of roadways, transit systems and traffic operations.
• Water resources and environmental engineering: water supply, stormwater management and wastewater treatment.
• Geotechnical engineering: site investigation, foundation and earthworks design.
• Construction engineering and project management: overseeing construction projects, estimating and scheduling.
• Consulting and government roles: working with private firms, municipal agencies, departments of transportation and public utilities.

Graduates are prepared to pursue professional licensure pathways (such as taking the Fundamentals of Engineering exam) and may continue to postgraduate study or specialised masters programmes to deepen technical expertise or transition into research and academic careers.

Why study at Idaho State University

Idaho State University offers a civil engineering education with a practical, hands-on emphasis, supported by laboratory facilities and fieldwork opportunities that reflect the varied terrain and infrastructure needs of the region. Smaller class sizes in upper-level courses mean closer interaction with faculty and more opportunities for mentorship.

• Location advantages: proximity to diverse engineering sites — urban, rural and rugged environments — supports field exercises and locally relevant projects.
• Applied learning: emphasis on laboratory work, surveying, materials testing and industry-sponsored capstone projects helps students develop workplace-ready skills.
• Student and professional engagement: student chapters of national engineering societies, design competitions and internship networks connect students with employers and professional practice.
• Career support: university career services and industry partnerships assist students with internships, cooperative education and transition to employment or graduate study.

Prospective students should contact Idaho State University's College of Technology or the engineering programme office for detailed information on course planning, laboratory resources and opportunities for research or internships.