Industrial engineers find the most effective way to turn the basic factors of production — people, materials, machines, time, energy, and money — into almost every product and service we consume. The best engineers are adept not only at managing employees and technology but also at optimizing the organization of a business.
That’s why, at NYU Engineering, we ask our students to take the unique approach of examining relationships rather than components. The MS in Industrial Engineering program teaches you to search for similarities in concepts, laws, and models across disciplines. From there, it’s up to you to adapt, integrate, and exploit these similarities in innovative ways.
Whether you’re a full- or part-time student, our graduate advisors will make sure you get the most out of your studies. Because industrial engineers often work on multidisciplinary teams, we offer an elective-heavy curriculum. That approach lets you build expertise in whichever subjects best fit your career interests. These specialties include:
- mechanical engineering
- operations management
- construction management
- management of technology
- electrical engineering
As a graduate, you will be able to employ your management techniques across a wide range of sectors: finance, government, construction, and health care. You will be prepared for a position in such industries as manufacturing, warehousing, and information processing.
Goals and Objectives
The main goals of our MS program in Industrial Engineering are for you to:
- Develop and apply a systems viewpoint to the supply of products and services;
- Possess the skills to allocate resources optimally and efficiently;
- Become adept at investigating problems to suggest improvements in productivity and competitiveness;
- Be familiar with the tools of analytic modeling, system simulation, queuing systems, work and facilities design, as well as quality management and control; and
- Acquire the decision-making abilities to move from analyzing and designing productive systems to managing those systems.
You must hold a bachelor’s degree in a related discipline from an accredited institution and be able to demonstrate a superior undergraduate academic record. Applicants who do not meet these requirements are considered individually for admission and may be admitted subject to their completion of courses to remove deficiencies. Candidates are encouraged to seek waivers (and have approved substitutes designated) for all required courses in which they can demonstrate competence, thereby using their time effectively.
You must also have knowledge of engineering economics and probability and statistics. Prospective students lacking the relevant knowledge may satisfy the requirement by taking probability and statistics (MA 6513 or equivalent). Up to 3 credits of graduate courses in this category of prerequisite knowledge can be counted toward the degree as electives, although the electives needed for your concentration also must be satisfied.