The Ergonomics Laboratory enables students to study human–machine–system interaction not only at a theoretical level but also through measurable and analyzable data. The fundamental approach of the laboratory is to adapt design to human capabilities while improving productivity and protecting worker health and safety. Within this framework, students analyze production and service processes from a human factors perspective and evaluate systems through technical, biomechanical, and cognitive dimensions.
In laboratory applications, workstations are analyzed according to physical, cognitive, and organizational ergonomics criteria. Based on the results obtained from these analyses, students develop improvement proposals and support their design decisions with scientific standards. In this way, theoretical ergonomics principles are tested on real systems and transformed into tangible outcomes.
Within the scope of workload and performance assessments, both physical and mental strain levels are evaluated. Fatigue, repetitive motion risks, and musculoskeletal loads are analyzed, while motion and time studies are conducted to identify unnecessary movements within processes. Workflows are then optimized in terms of both productivity and ergonomic suitability. This approach enables students to develop competencies in designing sustainable and human-centered processes.
