IENG 470 Ergonomics for Engineers
This course introduces ergonomics (also sometimes referred to as human factors) and the design of human¿machine systems, emphasizing how human sensory, cognitive, and physical capabilities shape safe and effective products, interfaces, and industrial workplaces. Students learn and apply research methods, and iterative design and evaluation processes, to study and improve displays, controls, workstations, and human¿computer interaction. The course integrates anthropometry, biomechanics, work physiology, stress/workload, and safety standards (e.g., OSHA/NIOSH) to reduce risk of harm to workers and improve performance. Through hands-on engineering-related activities, students practice analyzing real systems, making evidence-based design decisions that consider ethical and social implications, and communicating technical recommendations.
Prerequisites
4 Undergraduate credits
Effective May 7, 2026 to present
Learning outcomes
General
- Evaluate displays, controls, interfaces, and workspaces for usability and worker safety.
- Analyze ergonomics problems using appropriate experimental and descriptive research methods.
- Assess physical demands, workload, stressors, and injury risk using quantitative ergonomics tools.
- Apply effective technical communication skills in making design recommendations.