Georgia Institute of Technology

What you'll study

The B.S. in Industrial Engineering at Georgia Tech combines a strong foundation in mathematics, natural sciences and computing with specialised study in systems modelling, optimisation and human-centred design. Early years focus on calculus, linear algebra, multivariable calculus, physics, programming and core engineering principles. Core industrial engineering topics include probability and statistics, operations research, deterministic and stochastic optimisation, simulation, production and inventory systems, quality engineering, ergonomics and human factors, engineering economy, and manufacturing processes.

• Foundations: calculus series, differential equations, linear algebra, physics and introductory computing.
• Core IE subjects: probability & statistics for engineers, engineering economy, operations research (linear programming, network flows), simulation modelling, systems engineering, production planning and control.
• Applied and technical electives: supply chain engineering, data analytics and machine learning for engineers, reliability and quality control, manufacturing systems, human factors & ergonomics, healthcare systems engineering.
• Design and practicum: team-based senior capstone design project that applies IE methods to a real-world problem, laboratories and hands‑on projects.
• Opportunities for specialisation: concentrations or elective tracks allow deeper study in areas such as manufacturing, optimisation and analytics, systems engineering or human factors.

Students are encouraged to complement technical coursework with electives in business, economics or computing, and to pursue internships, undergraduate research or cooperative work placements to gain practical experience.

Entry requirements

Admission to Georgia Tech is competitive and based on a holistic review of academic preparation and achievements. Typical applicants to the Industrial Engineering programme present a strong secondary‑school record with advanced study in mathematics (including calculus where available) and a grounding in physics. Coursework in chemistry and computer science is advantageous.

• Academic preparation: high achievement in mathematics (calculus), strong grades in STEM subjects and rigorous course load where available (AP, IB, A‑levels or equivalent).
• Standardised testing and assessments: applicants should consult the university's admissions guidance for the current position on standardised tests and any optional testing policies.
• Other materials: personal statement or essays, school reports and letters of recommendation as required by undergraduate admissions. Extracurricular activities, STEM projects or work experience that demonstrate initiative and teamwork strengthen an application.
• International applicants: must meet English language proficiency requirements and provide equivalent academic records; credential evaluation may be required.

Career prospects

Graduates with a B.S. in Industrial Engineering from Georgia Tech are prepared for roles that require systems thinking, quantitative analysis and process improvement. Industrial engineering graduates work across many sectors, reflecting the discipline's broad applicability.

• Operations analyst / process engineer — improving manufacturing and service processes to increase efficiency and reduce cost.
• Supply chain and logistics planner — designing distribution networks, inventory policies and demand forecasting systems.
• Quality and reliability engineer — implementing statistical process control, Six Sigma and reliability programmes.
• Data analyst / operations research analyst — using optimisation, simulation and data analytics to support strategic decisions.
• Human factors / ergonomics specialist — designing systems that account for human performance and safety.
• Consultant or project manager — applying IE methods to client problems across industries such as technology, healthcare, transportation and manufacturing.
• Further study options — many graduates proceed to graduate degrees in industrial & systems engineering, operations research, business (MBA) or data science.

Why study at Georgia Institute of Technology

Georgia Tech's School of Industrial & Systems Engineering is built on a long tradition of applied research and close collaboration with industry, offering students access to faculty working on contemporary problems in optimisation, supply chains, human factors and analytics. The campus provides extensive research centres and labs where undergraduates can gain hands‑on experience, and strong links with regional and global employers create abundant internship and hiring opportunities.

• Industry connections: proximity to a major technology and manufacturing hub enables partnerships, co‑op placements and internships with a wide range of employers.
• Research and facilities: opportunities to work in multidisciplinary research groups and access to labs focused on simulation, manufacturing, human factors and systems design.
• Career support: dedicated career services and engineering recruiting events help students secure internships and full‑time roles.
• Practical, team‑based learning: project courses and a senior capstone ensure graduates have experience applying methods to realistic industrial problems.

These features make Georgia Tech a strong choice for students seeking a rigorous, application‑oriented education in industrial engineering that prepares them for technical roles and leadership positions across industries.