OpenLB
Open Library of Bioscience

Earlier attempts to understand inspection work and improve inspection effectiveness are based on how controls are conducted and the interactions between the inspectors and inspection subjects. This study aimed to determine workplace occupational safety and health inspection effectiveness prerequisites using cognitive work analysis, an approach for design and evaluation of work domains, focusing on activities and work constraints. Data were collected through semi-structured interviews and a survey with labour inspection authority inspectors, and by reviewing inspection reports and earlier studies on workplace inspections. These were used in the first three cognitive work analysis phases to identify the prerequisites of effective workplace inspection and designing inspection strategies. An abstraction hierarchy showing the affordances was prepared, with purpose-related functions identified as the inspection effectiveness prerequisites. A contextual activities template and a decision ladder for inspection work were prepared. Strategy maps for on-site control were created, allowing design of structured and organized workplace inspection strategies supporting the work domain's purposes. The analysis dimensions served the study sufficiently, providing the purpose-related functions with their respective subgoals and subsidiary functions that provided the prerequisite for effective workplace inspections and allowed for designing structured and organized strategies for on-site workplace inspection.