Florida State University

What you'll study

The programme builds a foundation in mathematics, basic sciences and engineering principles before moving into industrial engineering specialisms. Early years cover calculus, physics, chemistry, programming and core engineering courses. Core industrial engineering topics include engineering economics, statistics and probability, operations research, deterministic and stochastic modelling, production and inventory systems, quality control and reliability engineering.

• Systems modelling and simulation
• Optimization and operations research (linear programming, integer programming)
• Manufacturing processes, production planning and facilities layout
• Human factors and ergonomics
• Lean systems, Six Sigma concepts and process improvement
• Supply chain engineering and logistics
• Data analytics for engineering applications
• Senior capstone design project integrating multidisciplinary skills

Hands-on experience is emphasised through laboratory courses and a year‑long senior design sequence. Students also gain practical exposure via internships, undergraduate research opportunities and project work using industry-standard software for simulation, statistical analysis and optimisation.

Entry requirements

Applicants should hold a high school diploma or equivalent with strong preparation in mathematics and sciences. Typical successful applicants have completed calculus and physics at the high‑school level; chemistry and advanced mathematics are advantageous. Admissions consider overall academic record, strength of college‑preparatory curriculum and supporting materials such as personal statements and letters of recommendation.

Standardised tests may be considered according to university policy, and transfer applicants are evaluated on college coursework in mathematics, sciences and engineering fundamentals. International applicants must demonstrate proficiency in English according to Florida State University's requirements.

Career prospects

Graduates are equipped to work across manufacturing, healthcare, transportation, logistics, service industries and government. Common entry roles include process engineer, manufacturing engineer, quality engineer, operations analyst and supply chain analyst. With experience, graduates progress to roles in operations management, plant management, process improvement leadership and engineering consulting.

Many graduates pursue professional certifications (for example in Six Sigma or project management) or continue to postgraduate study in industrial engineering, systems engineering, business or analytics. The broad, systems-oriented training also supports careers in data science, product management and technology development.

Why study at Florida State University

The Industrial Engineering programme is offered through the FAMU–FSU College of Engineering, providing access to dedicated faculty, multidisciplinary research centres and modern laboratory facilities. Students benefit from hands-on labs in manufacturing, human factors and systems simulation, as well as opportunities to work on applied research projects with faculty and industry partners.

FSU's location and alumni network create strong internship and employment links with regional and national employers. Student support services include career fairs, industry networking events, and active student chapters of professional organisations that help students build practical experience and professional contacts while completing their degree.