|The Physical Ergonomics and Biomechanics Lab
Faculty: Gary Mirka
The Physical Ergonomics and Biomechanics Lab (ErgoLab) conducts basic research in the areas of spine biomechanics and upper extremity biomechanics with a focus on understanding the underlying etiology of workplace injuries. The applied work conducted in this laboratory is focused on ergonomic intervention effectiveness. This involves the engineering design, fabrication, lab-testing and field testing of ergonomic solutions for the prevention of musculoskeletal disorders in the working population. The group employs various biomechanical techniques such as video monitoring, bioelectric signals acquisition and analysis, and kinematic data to explore the relation between task performance and stresses on the human body.
|The ATHENA Lab
Faculty: Richard T. Stone
The ATHENA Lab conducts research related to cognitive and physiological engineering for augmenting human performance and understanding human capabilities. Equipment includes biomedical and neurological sensors (EKG, EMG, EEG, HRV, etc.), goniometry, force and moment sensors, and dynamometers. The research employs classical and experimental ergonomics, augmented reality, and the incorporation and application of cutting edge technologies. Some research thrusts include the development of design methodologies for AR and multisensory devices, telerobotics control system development, the application of biomechanics for improved sports performance, the development of visualization tools for improving battle space awareness, tele-robotic systems and decision support systems, and the exoskeletons for military, law enforcement, and civil training.
|Adaptive Cognitive Systems Laboratory
Faculty: Michael Dorneich
The Adaptive Cognitive Systems Laboratory (ACSL) focuses on cognitive engineering research issues in the design of joint human-technology systems that adapt to the user, the environment, and the current situation. The goal is to develop design principals and practical guidelines to foster the development of collaborative systems that support human activity in complex domains. Application areas include adaptive automation and adaptive interfaces, human-robotic interaction, interactive learning environments, and decision-support systems.
|The Flexible Electronics and Additive Printing Laboratory (FEAP)
Faculty: Hantang Qin
The FEAP lab specializes in research areas including micro/nano scale fabrication, novel additive manufacturing processes, rapid prototyping methods and tools, and manufacturing systems based on inkjet printing and laser ablation for flexible electronics and optoelectronics. The research includes but not limited to scaffolds fabrication for biomedical applications, laser ablation, real-time monitoring and automation, CAD/CAM systems, 3D printing, topography optimization, multi-material and multi-scale fabrication based on additive printing.
|Operations Research and Production Systems Research Group
Faculty: Jo Min, Sarah Ryan, Sigurdur Olafsson, Lizhi Wang, Guiping Hu, Qing Li, Danial Davarnia, Kris De Brabanter
The Operations Research and Production Systems (ORPS) Research Lab conducts research on theoretical and practical aspects of production planning, scheduling, inventory control, supply chains, and sustainable production systems utilizing various operations research methodologies such as optimization, simulation, and stochastic processes.
|Rapid Manufacturing and Prototyping Laboratory
Faculty: Matt Frank, Frank Peters
The Rapid Manufacturing and Prototyping Laboratory (RMPL) contains various Rapid Prototyping, Reverse Engineering and Computer Controlled manufacturing processes including two Fused Deposition Modelers, a 3-Dimensional Printer, two Laser Scanners, a 3-Axis CNC milling machine, and a 4-axis CNC milling machine.
|Wind Energy Manufacturing Laboratory
Faculty: Frank Peters, John Jackman, Matt Frank
The Wind Energy Manufacturing Laboratory is a high-bay laboratory space dedicated to advancing the manufacturing processes for utility scale wind turbines. Research in the lab focuses on developing methods for cost-effective manufacturing methods, including advanced manufacturing processes, automation technologies, metrology and non-destructive evaluation (NDE).
|Systems Engineering and Engineering Management
Systems Engineering and Engineering Management researchers analyze complex problems from a systems-level view to inform decision makers. These multi-disciplinary fields incorporate methodologies and tools from across engineering and business, model human behavior within complex systems, and emphasize interpersonal, leadership, and financial skills crucial for managers.
|Center for e-Design
2624 Howe Hall
The Center for e-Design is a joint research coalition comprised of seven universities working closely with numerous businesses and government organizations to create new design paradigms and electronic design tools that will assist in generating high quality products and systems at a reduced cost while also reducing the time associated with designing complex engineered products and systems.
|Virtual Reality Applications Center
Faculty: Michael Dorneich, Stephen Gilbert
The Virtual Reality Applications Center (VRAC) is an interdisciplinary research center focused at the intersection of humans and technology, aimed broadly at enhancing the productivity and creativity of people. The VRAC’s world-class research infrastructure supports the research of faculty and students representing all seven of ISU’s colleges, as well as the interests of collaborators from several federal agencies and numerous industry partners.