University of Alabama

What you'll study

The Industrial Engineering curriculum combines foundational engineering science, mathematics and computer skills with specialised modules that address efficiency, quality and human factors in complex systems. Study begins with calculus, physics and introductory engineering courses, and progresses to core industrial engineering subjects.

• Core mathematics and science: calculus sequence, differential equations, linear algebra, probability and statistics, and physics.
• Engineering fundamentals: engineering design, materials and manufacturing fundamentals, mechanics and computer programming for engineers (MATLAB, Python).
• Industrial engineering subjects: operations research/optimisation, simulation modelling, production and operations management, facilities planning, supply chain and logistics, quality engineering and statistical process control.
• Human systems and safety: ergonomics/human factors, work measurement, safety engineering and socio-technical systems.
• Tools and applications: discrete-event simulation, CAD/CAM basics, data analytics, lean and Six Sigma principles, project and process improvement methodologies.
• Capstone and experiential learning: a team-based senior capstone design project addressing a real industrial or service problem, plus opportunities for internships, co‑ops and industry-sponsored research.
• General education and electives: communication, economics or business electives, and humanities courses that support a well-rounded engineering education.

Entry requirements

Admission to the Bachelor of Science in Industrial Engineering is through the University of Alabama undergraduate admissions process. Typical successful applicants present a strong high school academic record with emphasis on mathematics and science, and meet the University's general entrance criteria.

• Academic background: high school diploma or equivalent with substantial preparation in algebra, precalculus or calculus, and physics; chemistry is recommended.
• Standardised tests: the university’s policy on SAT/ACT may vary; consult admissions for current test‑score guidance if you choose to submit them.
• International applicants: academic equivalency and proof of English proficiency (for example TOEFL or IELTS) are required unless exempted by the University’s policies.
• Transfer students: admission is based on college/university transcripts, completion of prerequisite coursework (calculus and introductory engineering/math), and a competitive college GPA.
• Additional considerations: successful applicants often show evidence of quantitative ability, problem‑solving experience, and extracurricular involvement such as engineering clubs, robotics, internships or relevant summer programmes.

Career prospects

Graduates with a degree in Industrial Engineering are prepared for roles that improve efficiency, productivity and quality across many sectors. The programme equips students with analytical, technical and interpersonal skills attractive to employers.

• Typical entry-level roles: process engineer, quality engineer, production planner, industrial engineer, manufacturing engineer, operations analyst.
• Sector opportunities: manufacturing and automotive, aerospace, healthcare systems and hospital administration, logistics and supply chain firms, consulting, technology companies and government agencies.
• Further study and professional advancement: graduates often pursue master's degrees in engineering, business (MBA) or data science, or professional certifications such as Six Sigma, Certified Supply Chain Professional (CSCP) or project management credentials.
• Skills in demand: simulation and optimisation, data analytics, systems design, lean manufacturing and human factors engineering, which support careers in operations management, process improvement and technical leadership.

Why study at University of Alabama

The University of Alabama offers an industrial engineering programme within a comprehensive engineering college that emphasises applied learning and industry engagement. Students benefit from hands-on laboratory facilities, team design projects and access to internship and co‑op opportunities in Alabama’s regional manufacturing and logistics sectors.

• Strong applied focus with senior capstone projects that connect students to real industrial and service challenges.
• Opportunities for undergraduate research, multidisciplinary collaboration and student organisations related to industrial and systems engineering.
• Career services and employer engagement that help students secure internships and graduate-to-work transitions across a range of industries.
• Access to elective courses and cross-disciplinary programmes (business, computer science, and engineering management) that allow students to tailor their degree toward manufacturing, supply chain, analytics or human factors specialties.