University of Texas

What you'll study

The programme builds a strong foundation in mathematics, physics and core engineering principles before progressing to specialised civil engineering topics. Early years typically cover calculus, linear algebra, differential equations, statics and dynamics, chemistry for engineers, and introductory computing for engineering applications.

In later years students study discipline-specific modules such as:

• Mechanics of Materials and Structural Analysis — behaviour of solids, stress and strain, beam and frame analysis.
• Fluid Mechanics and Hydraulics — open-channel and closed-pipe flow, flow measurement and basic water resources engineering.
• Geotechnical Engineering — soil mechanics, site characterisation and foundation design principles.
• Transportation Engineering — traffic flow theory, pavement design and transportation planning.
• Environmental Engineering — water and wastewater treatment fundamentals, contaminant transport and environmental systems.
• Construction Engineering and Management — construction methods, project management, estimating and scheduling.
• Materials and Laboratory Courses — concrete, steel and asphalt materials, supported by laboratory work and materials testing.
• Design Project / Capstone — team-based, multi-semester design project that integrates technical, economic and professional considerations.

Students also take professional skills modules covering engineering ethics, communication, economics, and project delivery. Electives allow exploration of advanced topics such as earthquake engineering, coastal engineering, sustainable infrastructure, and computational methods. Laboratory work, computer modelling, field trips and collaborative design activities are emphasised throughout the curriculum.

Entry requirements

Applicants should hold a recognised secondary school qualification with strong performance in mathematics and physics. Typical preparation includes A-levels, International Baccalaureate, or an equivalent high-school diploma with advanced maths. Universities commonly expect preparation in calculus or pre-calculus and a solid foundation in algebra and physics.

Selection considerations include academic record, mathematics and science background, personal statement and any relevant practical experience. International applicants will need to demonstrate proficiency in English through accepted tests or qualifications. Mature applicants or those with prior tertiary study may be considered through recognised transfer or advanced standing routes.

Career prospects

Graduates enter a broad range of roles in both the public and private sectors. Common career paths include:

• Design and analysis roles in structural, geotechnical, transportation and water resources engineering firms
• Construction management and site engineering with contractors and developer organisations
• Consulting work on infrastructure planning, environmental assessment and asset management
• Positions with public agencies such as departments of transportation, municipal utilities and regulatory bodies
• Opportunities in research, teaching or further study at master’s and doctoral level

Graduates often pursue professional licensure (for example becoming a registered professional engineer) after gaining the required experience and passing relevant examinations. The degree provides transferable skills in analytical thinking, project management and technical communication valued across many industries.

Why study at University of Texas

The civil engineering programme at the University of Texas combines rigorous classroom teaching with extensive laboratory facilities and applied research centres. Students benefit from strong ties to regional industry and municipal infrastructure programmes, creating plentiful internship and co‑op opportunities.

Practical learning is supported through dedicated labs for structures, materials, geotechnics and hydraulics, as well as fabrication and computing resources for simulation and design. Student organisations and professional chapters—such as American Society of Civil Engineers (ASCE) student groups—offer networking, competitions and hands-on projects. The programme’s emphasis on teamwork, real-world design experience and industry engagement helps prepare graduates for immediate entry into professional practice or for postgraduate study.