Georgia Southern University

What you'll study

The programme combines core engineering fundamentals with construction-focused topics to give a balanced technical and applied education. Early years typically cover calculus, physics, engineering mechanics, computer programming for engineers, materials science and engineering graphics. Later-year and specialist modules commonly include structural analysis and design, construction methods and equipment, soil mechanics and foundations, construction estimating and cost control, project scheduling (CPM/PERT), construction contracts and law, building information modelling (BIM), safety and risk management, and sustainability in construction.

Learning methods include lectures and problem-solving classes, laboratory work for materials and structural testing, CAD and BIM studio sessions, field visits to active construction sites, and team-based design projects. A capstone project or senior design sequence is usually a key component, requiring students to integrate design, cost, schedule and constructability considerations. Many students complete internships or co‑op placements with contractors, consulting firms or public agencies to gain practical experience.

Entry requirements

Applicants are expected to hold a high school diploma or equivalent with a strong background in mathematics (algebra, geometry, trigonometry and preferably calculus) and at least one laboratory science such as physics or chemistry. Typical successful applicants have a competitive GPA and coursework in advanced mathematics and science. Admissions may also consider SAT/ACT scores where provided; some applicants are admitted on a test-optional basis in line with university policy.

Other useful admissions materials include a personal statement describing interest in construction and engineering, and one or more academic or professional references. Transfer applicants should present transcripts showing completed college-level preparatory maths and science. International applicants must demonstrate English language proficiency through recognised tests or university-approved alternatives.

Career prospects

Graduates are prepared for technical and managerial roles across the construction and civil infrastructure sectors. Typical entry-level positions include construction engineer, project engineer, estimator, scheduler, field engineer, site supervisor and quality or safety engineer. With experience, graduates frequently move into project management, construction management, contracting, consulting engineering, or specialist roles in estimating, scheduling and claims analysis.

Career paths also include working for general contractors, specialty subcontractors, engineering consultancies, government agencies, infrastructure owners and real‑estate developers. Many graduates pursue professional licensure and further study such as a master's degree in civil or construction engineering, structural engineering, or construction management to advance into senior technical or leadership roles.

Why study at Georgia Southern University

Georgia Southern offers a programme emphasising hands-on learning, industry-relevant skills and close faculty engagement. Students benefit from laboratory facilities for materials, structural testing and construction technologies, studio spaces for CAD and BIM work, and opportunities for site visits and local internships in a region with active construction markets.

The university’s size supports small-group instruction in key engineering classes and accessible academic advising. Strong connections with regional contractors and public agencies help students secure internships and project partnerships. Studying at Georgia Southern also provides the advantage of being located in a state with significant infrastructure and building activity, which creates practical learning and employment opportunities for construction engineering graduates.