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Industrial engineering student smiles while testing a robotic arm that grasps a sports drink during a robotics and automation research demonstration.

NC State Industrial and Systems Engineering

Industrial Engineering. Systems Thinking. Real Impact.

The Edward P. Fitts Department of Industrial and Systems Engineering at NC State is one of only five named ISE departments in the United States and ranks among the top 15 programs in the country according to U.S. News and World Report.

Top 11 Undergrad Industrial Engineering Program

U.S. News and World Report 2026

One of only Five Named ISE Departments in the U.S.

Ga Tech, Va Tech, Penn State and Oklahoma

Top 14 Graduate Industrial Engineering Program

U.S. News and World Report 2026

About our Department

The Edward P. Fitts Department of Industrial and Systems Engineering (ISE) at NC State is one of only a few named ISE departments in the United States. It ranks among the top 15 programs in the country according to U.S. News and World Report.

Living in Raleigh, NC, consistently ranks among the top five places to live and work in the country. Raleigh welcomes families and individuals, offering a well-educated workforce and a diverse, multicultural environment. As a result, this vibrant city provides a high quality of life and many opportunities for everyone. Consequently, many people find living in Raleigh the ideal way to settle down and thrive.

#6 Best Place to Live in the US (US News & World Report, 2024-2025)
#13 Top 25 America’s Best Cities Best Cities, 2024)
#11 Best Place to Live in the US for Young Professionals (U.S. News, 2023-2024)
Best Cities to Move to After College (USA Today, 2024)

Students walk outside Fitts-Woolard Hall on NC State's Centennial Campus, home to the Edward P. Fitts Department of Industrial and Systems Engineering.

Why Study Industrial Engineering?

Industrial engineering gives you the skills to improve the systems people use every day. You learn how to solve problems, increase efficiency and create better products and services. As a result, you help organizations save time, reduce costs and improve quality across nearly every industry.

Today’s professionals work at the intersection of engineering, technology and business. They use data, artificial intelligence and advanced analytics to solve complex challenges. At the same time, they improve manufacturing, healthcare, transportation, supply chains and energy systems. Because every organization depends on efficient processes, graduates remain in high demand.

The Future of the Profession

The future of industrial engineering has never been brighter. Over the next decade, employers will continue investing in automation, robotics, artificial intelligence and smart manufacturing. Consequently, engineers will lead efforts to design more efficient factories, strengthen global supply chains and improve healthcare systems.

The profession also plays a vital role in sustainability. Engineers develop processes that reduce waste, conserve resources and improve environmental performance. Furthermore, they help organizations make better decisions through data-driven solutions and digital technologies.

Because the discipline combines technical knowledge with leadership skills, graduates enjoy outstanding career flexibility. You can work for manufacturers, technology companies, healthcare organizations, consulting firms, government agencies or defense contractors. Likewise, you can build a career in product development, operations, logistics, quality engineering, data analytics or engineering management.

For information about the industrial engineering profession, consult these links:

Build Your Career at NC State

At NC State, you prepare for a career in industrial engineering through hands-on learning, innovative research and real-world industry partnerships. You work alongside faculty who solve today’s engineering challenges while gaining experience with the tools employers expect.

Whether you want to improve healthcare, develop advanced manufacturing systems, optimize supply chains or apply artificial intelligence to engineering problems, this field provides the foundation. As industries continue to evolve, graduates will help shape how the world designs, builds and delivers the products and services people depend on every day.