University of Texas

What you'll study

The programme combines mathematics, engineering fundamentals and systems thinking to prepare students to analyse and optimise processes, workflows and supply chains. Core topics typically include calculus, linear algebra and probability; engineering mechanics and materials; statistics and experimental design; and introductory courses in thermodynamics and manufacturing.

Industrial-engineering-specific modules commonly cover operations research (linear and nonlinear optimisation), production and inventory control, facility and layout design, human factors and ergonomics, quality engineering and statistical process control, simulation and discrete-event modelling, systems engineering and life-cycle analysis, and supply chain management. Coursework is reinforced with laboratory sessions, software-based modelling and a team-based capstone design project that emphasises real-world problem solving and interdisciplinary collaboration.

Students also have opportunities to choose electives that reflect specialisms—such as data analytics and machine learning for operations, advanced manufacturing technologies, healthcare systems engineering, or sustainable systems—alongside general education modules to develop communication and leadership skills. Opportunities for internships, co‑op placements and industry-sponsored projects allow students to gain workplace experience and apply classroom theory to practical challenges.

Entry requirements

Applicants are expected to have completed a secondary-school qualification with strong performance in mathematics (ideally including calculus) and physics or another science. Admissions typically assess academic preparation, the strength of relevant coursework, and evidence of problem-solving ability. Admissions processes may also consider standardised test scores, personal statements, and references where applicable; prospective students are encouraged to check the campus-specific admissions pages for details on required documentation and any test policies.

Successful applicants often demonstrate practical experience or interest in engineering through extracurricular activities, technical projects, or work experience. International applicants should meet English language proficiency requirements set by the university.

Career prospects

Graduates from a Bachelor’s in Industrial Engineering are employed across a wide range of sectors where process improvement, efficiency and systems integration are important. Typical entry-level roles include process engineer, manufacturing engineer, quality engineer, production planner, operations analyst and supply chain analyst. Graduates also work in consulting, logistics, healthcare systems, energy and technology companies, applying skills in optimisation, simulation and data analysis to improve productivity and reduce cost.

With experience, industrial engineers move into project management, operations management, continuous improvement leadership (Lean/Six Sigma), systems engineering and executive roles. The degree also provides a solid foundation for postgraduate study in industrial engineering, systems engineering, data science or business administration.

Why study at University of Texas

The University of Texas offers an industrial engineering programme grounded in strong engineering fundamentals combined with practical, hands-on learning. Students benefit from faculty with industry and research experience, well-equipped laboratories for manufacturing, human factors and systems modelling, and connections to a broad range of regional and national employers across manufacturing, energy, technology and healthcare sectors.

The university supports professional development through career services, internship and co‑op placement assistance, student engineering societies and design teams, and industry-sponsored capstone projects. These resources help students build technical skills, professional networks and applied experience that employers value.