University of Alabama

What you'll study

The programme offers a combination of core courses, technical electives and research or project work, available in thesis and non-thesis options. Core topics emphasise modelling and analysis of complex systems, including optimisation methods, stochastic processes, simulation, production and operations planning, quality engineering and human factors.

Typical modules and subjects include:

• Advanced Operations Research: linear, integer and nonlinear optimisation, network models
• Simulation of Manufacturing and Service Systems: discrete-event simulation and model validation
• Production Systems and Lean Manufacturing: process design, layout and continuous improvement
• Quality and Reliability Engineering: statistical quality control, design of experiments, reliability analysis
• Supply Chain and Logistics Engineering: inventory models, distribution network design and transportation planning
• Human Factors and Ergonomics: workstation design, human–system interaction and safety analysis
• Data Analytics for Engineers: statistical methods, machine learning applications and data visualisation
• Systems Engineering and Integration: systems modelling, life‑cycle considerations and risk analysis

Students on the thesis route undertake supervised research and produce a master's thesis; non-thesis students typically complete a capstone project or additional coursework. Research areas within the department include optimisation and control, manufacturing systems, human factors, supply chain analytics and reliability engineering.

Entry requirements

Applicants are normally expected to hold a bachelor's degree in industrial engineering, mechanical engineering, systems engineering or a closely related technical discipline from an accredited institution. Typical academic expectations include a strong undergraduate background in mathematics (calculus, linear algebra, probability and statistics) and foundational engineering subjects.

Application components generally include:

• Transcripts demonstrating undergraduate performance
• A statement of purpose outlining academic and professional goals
• Letters of recommendation, preferably from academic or professional referees
• Curriculum vitae or résumé
• For international applicants, proof of English proficiency (such as TOEFL or IELTS) where required

Some applicants with non-engineering backgrounds may be admitted provisionally or asked to complete prerequisite coursework. GRE requirements may vary; consult the department for current admissions policy and any programme-specific expectations.

Career prospects

Graduates from the programme move into roles that apply systems thinking and quantitative methods to improve performance across industries. Common job titles include process engineer, manufacturing engineer, operations analyst, supply chain planner, quality engineer, reliability engineer, industrial systems engineer and operations research analyst.

Employment sectors include manufacturing, automotive and aerospace, logistics and distribution, healthcare systems, consulting, energy, and technology firms. The degree also provides preparation for doctoral study and careers in research and higher education. The programme’s emphasis on practical modelling, simulation and optimisation equips graduates to work on improvement projects, lead continuous improvement teams and implement data-driven decision making.

Why study at University of Alabama

The University of Alabama’s industrial and systems engineering programme combines applied research with hands-on learning. Students have access to departmental laboratories and fabrication facilities, simulation and data analytics resources, and faculty whose research spans manufacturing systems, human factors and optimisation.

The university’s location and industry connections support internship and co‑operative opportunities with regional and national companies across manufacturing, aerospace and logistics. Students also benefit from campus career services, interdisciplinary collaboration with other engineering disciplines and opportunities to participate in student professional societies and applied research projects.

Whether you aim to lead technical teams in industry or pursue research, the programme provides a balance of technical depth and practical experience to advance your career in industrial engineering and systems optimisation.