Indiana University

What you'll study

This programme combines core engineering fundamentals with applied, laboratory‑based technical training. Early semesters typically cover mathematics (calculus and statistics), physics and introductory engineering graphics, building a quantitative foundation. Core civil engineering technology modules focus on construction materials and testing, soils and foundations, structural analysis for technicians, hydrology and drainage, transportation systems, site development and surveying.

• Engineering Graphics and CAD: computer‑aided drafting, BIM basics and drawing production for civil projects.
• Materials and Laboratory Testing: concrete, asphalt and aggregate testing; quality control and specification interpretation.
• Geotechnical and Site Engineering: soil classification, basic foundation design for technicians, earthwork and site grading.
• Hydraulics and Hydrology: stormwater management, open channel flow and design of drainage systems.
• Surveying and Geomatics: field surveying techniques, total station and GPS use, topographic mapping and data processing.
• Construction Methods and Management: construction sequencing, estimating, scheduling and health & safety practice.
• Capstone Project and Internship: applied team project that integrates design, testing and project management, often supported by an industry placement.

Laboratory work, fieldwork and software training are emphasised throughout the degree, with progressive development of technical report writing and project documentation skills.

Entry requirements

Applicants are expected to hold a recognised secondary school qualification with strong preparation in mathematics and physics. Typical offers focus on achievement in algebra/trigonometry, calculus or pre‑calculus and a physical science subject. Admissions may also consider portfolios of technical work, references and performance in relevant college‑level courses or foundation programmes. Mature applicants with relevant work experience in construction or surveying are normally considered on an individual basis. International applicants must demonstrate proficiency in English.

Career prospects

Graduates enter a range of technical and supervisory roles across the built environment. Common starting positions include civil engineering technician, construction technologist, CAD/BIM technician, survey technician, materials testing technician and field inspector. With experience, graduates move into site supervision, project coordination, quality assurance, estimating or construction management roles. Many find employment with construction contractors, engineering consultancies, local and state public works departments, materials laboratories and utilities. The programme also provides a pathway for further study or professional development in specialised areas such as structural inspection, transportation technology or geotechnics.

Why study at Indiana University

Indiana University offers a blend of applied technical teaching and access to industry through local infrastructure partners and internship networks. The programme emphasises hands‑on learning in dedicated labs and field courses, supported by faculty with experience in construction and civil technology practice. Students benefit from career services, industry guest lectures and project opportunities that connect classroom learning to regional construction and public works programmes. The university’s location in a state with active infrastructure development provides ample opportunities for site placements and employer engagement.