Faculty members Kevin Gue and Alice Smith have been chosen as lead investigators for a three-year, $255,000 National Science Foundation grant with University of Arkansas faculty member Russ Meller. Their project, “Collaborative Research: Non-Traditional Designs for Order Picking Warehouses,” includes developing new warehouse designs that improve order picking operations. Picking aisles and cross aisles are traditionally built into a right-angled grid. The team’s new designs allow picking aisles and cross aisles to be configured into unique patterns that optimize the order picking process. Their research uses simulation models that wholesale and retail distribution centers can then use to cut labor costs. Results of their research will be featured on an interactive warehouse design website used by students, researchers and practitioners. U.S. companies spend an estimated $13 billion annually on order picking labor costs.
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AUBURN ENGINEERING NEWS
- Auburn Engineering’s Human Systems Integration Center welcomes new leadership October 6, 2026Auburn University’s Human Systems Integration Center (HSIC) is welcoming new leadership as it continues to support graduate education, research and student success in occupational safety, ergonomics and injury prevention.
- Collaborative research using artificial intelligence to optimize assembly line production October 6, 2026Sathya Aakur, associate professor of computer science and software engineering, and Konstantinos Mykoniatis, associate professor of industrial and systems engineering, are developing artificial intelligence systems that monitor manufacturing tasks, identify potential problems and predict whether small errors are likely to create larger ones later in production.
- Chemical engineering professor part of $591K USDA project to engineer bacteria for renewable fuels October 5, 2026Jin Wang, the Woltosz Professor in the Department of Chemical Engineering, is part of a $591,000 U.S. Department of Agriculture National Institute of Food and Agriculture project designed to convert renewable plant material into a chemical used to produce sustainable aviation fuel and biodiesel.