What is Industrial and Human Factors Engineering?
Industrial and Human Factors Engineering (IHE), a highly customizable degree in the College of Engineering and Computer Science, prepares working professionals towards effective design and operation of a variety of systems in healthcare, manufacturing, aerospace, distribution, retail, and many others. While industrial engineers utilize the tools of simulation, optimization, computing, and statistics to design and improve modern technology-laden systems, human factors engineers design systems that effectively integrate human abilities/limitations and machines/tools. Students enrolled in the program are diverse in both geography and work-profile.
Why WSU's Industrial and Human Factors Engineering Program?
The BIE Department offers both a Master of Science Degree and a PhD in Engineering focus area in IHE. The Master of Industrial & Human program has a non-thesis alternative in addition to the traditional thesis option. Students choose their coursework in one of five available tracks: Human Computer Integration, Logistics & Supply Chain, Systems Modeling, Ergonmics Engineering and Neuroengineering. All tracks offer hands-on courses and laboratories in state-of-the-art research facilities in the Russ Engineering Center and the new Neuroscience-Engineering Collaboration Building.
The demand for Industrial & Human Factors Engineers is very high, with graduates hired in industry, goverment agencies, industrial research and development, and consulting firms. Industrial & Human Factors Engineering is consistently listed as one of the most satisfying career areas in national surveys, as well as one with many job openings in the region.
GPA of at least 2.7 in undergraduate course work.
GRE score of at least 150 Quantitative and at least 142 Verbal for applicants (1) whose undergraduate degree is not in engineering or (2) whose undergraduate degree is not from and ABET-accredited engineering program.
Additional pre-requisite course work may be required if your undergraduate degree is not in engineering.
Letters of recommendation are recommended but not required.
Ergonomic Engineering - Faculty Advisors: Dr. Caroline Cao, Dr. Chandler Phillips
Human-System Integration - Faculty Advisors: Dr. Caroline Cao, Dr. Mary Fendley, Dr. Subhashini Ganapathy, Dr. Yan Liu
Logistics and Supply Chain - Faculty Advisors: Dr. Frank Ciarallo, Dr. Pratik Parikh, Dr. Xinhui Zhang
Systems Modeling - Faculty Advisors: Dr. Frank Ciarallo, Dr. Mary Fendley, Dr. Subhashini Ganapathy, Dr. Yan Liu, Dr. Pratik Parikh, Dr. Xinhui Zhang
Neuroengineering - Faculty Advisors: Dr. Mary Fendley, Dr. Subhashini Ganapathy, Dr. Chandler Phillips
- Minimum 30 semester hours
- Minimum 15 hours of 7000 level or above from BIE Department
- Maximum 8 hours thesis
- Maximum of 4 hours independent study or non-thesis research
- BME or IHE 6010 - Ethics in Engineering Research & Practice
- Minimum 18 hours of program specific courses
- Minimum 6 hours of BIE Department approved courses with a mathematics or statistics content
Preapproved Math/Statistics courses
- BME 7110 (3) Biomedical Signals
- EGR 7050 (3) Design & Analysis of Egr Experiments
- IHE 6120 (3) Probability for Engineers
- IHE 6130 (3) Statistics for Engineers
- IHE 7300 (3) Research Methods in HFE
- IHE 7510 (3) Data Mining
- IHE 7711 (3) Integer Optimization and Heuristics