Industrial Engineering, M.S. Online

Online

Industrial Engineering, MS

 

Why Industrial Engineering ?

According to The Bureau of Labour Statistics, there will be a 10% increase in the demand of Industrial Engineers from 2016 to 2026. A Master of Science in Industrial Engineering will prepare you with expertise in engineering and business, enabling you to work in fields ranging from healthcare and retail to manufacturing and technology. This degree helps students approach problems with  business acumen and technical skills, providing them with a multi dimensional view of the task at hand.

Industrial Engineers complete their programs well versed in the theories and practical application of lean manufacturing, target costing, and design for manufacturability. Our program establishes a strong foundation in the ability to create engineering processes and systems that improve quality and productivity while eliminating the waste of labor, time, and resources.

Why NYU Tandon for Industrial Engineering?

 

Questions?

We are here to help! Call us at 646.997.3623, U.S. Toll-Free at 877.503.7659, or email us at tandon.online@nyu.edu.

How to Apply

Online Application

Tuition and Financial Aid

Industrial engineers are key professionals who explore how industrial systems work and spearhead effective and efficient delivery of quality products and services. In this online Master’s program in Industrial Engineering, you learn to exploit analytic modeling, system simulation, queuing systems, work design, project planning, facilities design and quality management and control, practices that are fast becoming essential in global industry.

Our program will prepare  you with the skills needed to be leaders across industries with the guidance of our exceptional alumni, faculty, and resources made available to our students.

Admission Information

In order to be eligible to apply for any of our Master’s programs, you must meet the following criteria:

You must hold a Bachelor's Degree from an accredited institution, which includes a minimum of four years of full-time study. Bachelor of Engineering degrees (based on 180+ ECTS credits) may also be considered. Attention will be given to the programs accredited by ABET and programs accredited/approved by other various regional accrediting associations.


The program requires knowledge of engineering economics and probability and statistics. If you don’t have the relevant knowledge in these fields, you may satisfy the requirement by taking prerequisite courses such as probability and statistics (Course number: MA-GY 6513 or equivalent) offered at NYU Tandon.

If any prerequisite coursework is required, it will be determined by the academic department and you will be notified when receiving your admission decision. In case prerequisite courses are required, you would receive a conditional admission.

If you have to take multiple prerequisite courses, please note that 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 the student’s concentration also must be satisfied.

GRE or GMAT Score

The GRE is required for full-time applicants to this program and is not required for part-time applicants. It cannot be substituted with the GMAT.


Curriculum

3 Credits Quality Control and Improvement IE-GY6113
This course provides students with a solid foundation in the cost of quality, quality assurance and quality management. Emphasis is on the basic tools of quality control such as control charts and their use, the concept of “out of control,” acceptance sampling, variables and attributes charts and producer’s and consumer’s risk. A unique aspect of this course is the demonstration of the power of teams of people with different expertise to improve quality. A course project is required.
Prerequisite: MA-GY 6513 or familiarity with the concepts of probability and statistics. Also listed under MN-GY 6113.
3 Credits Facility Planning and Design IE-GY6213
Topics in this course include facilities design for global competitiveness, strategic master-site planning, site selection, factory layout and design, facility-management systems and materials handling and storage planning. Also presented are guidance on selecting alternative facility plans and application of queuing methods and computer modeling for facility design and evaluation.
3 Credits Factory Simulation IE-GY6823
This course examines modeling and simulation of complex industrial, commercial and service systems, such as factories and hospitals. Students develop, run and test several simulation models using different software packages.
Prerequisite: Computer literacy.
3 Credits Production Science MN-GY7893
This course reviews just-in-time and synchronous manufacturing methods. It analyzes the basic dynamics of factories to understand the importance of congestion and bottleneck rates on cycle time and inventories. Analytical models are developed to study variability and randomness introduced by breakdown, setups and batching. Simulation studies are used to provide data on performance of transfer lines.


These 9 Credits are recognized as Industrial Engineering electives which include Industrial Engineering and Manufacturing Engineering designated courses and a selected group of Management courses

3 Credits Production Planning and Control IE-GY6193
This is a survey course in basic and advanced manufacturing planning and control systems, covering short-term forecasting systems, master production scheduling, material requirements planning, inventory management, capacity management, production activity control and just-in-time.
3 Credits Target Costing MN-GY7503
Target Costing is a disciplined process for determining and realizing a total cost at which a product with specified functionality must be produced to generate the desired profitability at its anticipated selling price. This course presents both the theoretical foundation and the practical application of Target Costing methodology to the product-realization process. The topics include basic accounting, principles of Target Costing, the Target Costing Process, quantifying the customer requirements, defining the product feature set, price forecasting, experience curves, cost- functionality tradeoffs and implementation check lists. The course includes a hands-on design project in which teams of students will apply the principles of target costing to design a new product.
3 Credits Lean Manufacturing MN-GY7873
This course provides an overview to the basic principles, and theories of lean manufacturing which involves identifying and eliminating non-value-adding activities in design, production, and supply chain management. Students will learn an integrated approach to efficient manufacturing with emphasis on synchronized product, quick changeover, cell design, visual factory, value stream, one-piece flow and learn metrics.
3 Credits Design for Manufacturability MN-GY7923
This course introduces concepts and techniques for economical, functionally sound and high-quality product design for manufacture. The emphasis is on designing for easy robotic and manual assembly, and on using plastics effectively to reduce manufacturing costs. Managerial and organizational approaches and case studies of successful designs are reviewed.
Also listed as IE-GY 7923.
3 Credits Basics of Supply Chain Operations Management MN-GY7953
Supply chain operations seeks to integrate and accelerate the flow of materials, information and cash, throughout the process of supplying goods or services. Supply chain operations optimizes the efforts of suppliers, manufacturers, warehouses, distributors, retailers and customers to create an efficient and robust process. On the service side the same concepts prevail with the suppliers, institutions, providers, administrators and customers. All businesses are part of a supply chain, and understanding and realizing this relationship leads to economies of time, material, money and improved customer service
3 Credits Electronics System Manufacturing MN-GY7963
In this course, students understand that the physical design and manufacturability of modern electronics systems results from tradeoffs involving partitioning, electrical performance, cooling and mechanical stresses. Design parameters are derived to study the tradeoffs, along with specific examples from reverse-engineering studies. The current status and future directions of lowcost, high-volume manufacturing technologies are examined.
3 Credits Operations Management MG-GY6303
This course focuses on developing a deeper understanding of the role that operations management plays in determining business strategy and in developing competitive advantage. The primary emphasis is on how to develop and effectively manage operations in knowledge-intensive enterprises. Participants discuss the operational design and managerial implications when the emphasis of the operations group is more on knowledge management than on production and facilities management; managing the effective integration of technology, people and operating systems; understanding the complexities and challenges of operations management; the challenges of developing and managing supply chain networks; and the critical role of technology in developing operational capabilities in an organization.
Prerequisite: Graduate Standing
3 Credits Human Capital Engineering & Analytics MG-GY6343
This course examines and applies the valuation and management of intangible assets in designing and managing post-industrial organizations. As organizations increasingly rely on technology to produce value, these technological solutions require interactions with other forms of value creation like Human Capital Management, Intellectual Property development and Organization Culture. The first part of the course focuses on human capital engineering using an interdisciplinary approach, drawing on diverse fields including industrial-organizational psychology, industrial engineering, economics and artificial intelligence to create a holistic view of how work in its various forms creates value. The second part of the course addresses workforce analytics, providing the student with a knowledge and understanding of current best practices, issues, and decision points in building an effective human capital analytic program. This part of the course will also focus on data structure and design to enable automation and predictive modeling and will place an emphasis on technology-enabled reporting.
3 Credits Managing Technological Change & Innovation MG-GY8653
The course focuses on effectively managing technological change and innovation, which is accomplished with a dual perspective. One perspective is based on individual, group and organizational theory, research and practice. This body of literature, viewpoints and experience provide essential guides to manage successfully the introduction of newtechnologies. Realizing the full potential of
new technologies requires effectively managing change to assure the commitment of all stakeholders. The second perspective is based on innovation theory, research and practice. This body of literature, viewpoints and experience provide key insights to for effectively managing the process of innovation and the impact of innovation on all parts of an enterprise. Specifically, the course explores a firm’s explicit need to manage and inspire people so they can communicate and innovate effectively.
Prerequisite: Adviser’s approval and graduate standing


Please speak with your academic advisor for qualifying courses.


Who's Hiring Industrial Engineering Graduates?

  • Revlon
  • Teledyne RDI
  • JP Morgan
  • Zep Solar
  • Capgemini
  • Sandia National Laboratories
  • Polypak America
  • FreshDirect
  • Goldman Sachs
  • Con Edison
  • Perrigo Company PLC
  • Turner Construction