工业，制造和系统工程学研究生产和服务系统以及在这些系统中进行操作的人员的设计和操作。工业工程师使用来自物理，数学，生物学，行为和工程学的信息和技术来计划，控制，设计和管理复杂的组织和系统。工业，制造与系统工程学将物理法则应用于设计和生产产品和提供服务的操作系统，并考虑人们在这些系统中操作时的行为。该课程为学生提供了将其工程，数学和科学知识应用于设计系统（生产或过程）并解决工程问题的机会。学生学会在团队中发挥作用，有效沟通，设计和进行实验以及利用当前的工程工具。在研究当代问题以及工程解决方案在全球工作场所中
Industrial, Manufacturing and Systems engineering studies the design and operation of production and service systems and the people who operate in these systems. Industrial engineers use the information and techniques from physical, mathematical, biological, behavioral, and engineering sciences to plan, control, design, and manage complex organizations and systems. Industrial, Manufacturing & Systems engineering applies the laws of the physical sciences to designing and operating systems in which products are produced and services are provided, as well as to considering the behavior of people as they operate in these systems. The curriculum provides students with an opportunity to apply their engineering, mathematical, and science knowledge to design systems (production or processes) and solve engineering problems. Students learn to function on teams, to communicate effectively, design and conduct experiments, and to utilize current engineering tools. Students gain an understanding of their professional and ethical responsibilities as they examine contemporary issues and the impact of engineering solutions in the global workplace. Perhaps most importantly, students learn to learn, so that they can continue to update their industrial engineering skills throughout their careers.