Citation

de Vries L, Bligård LO. Safety Sci. 2019; 111: 80-93.

Copyright

(Copyright © 2019, Elsevier Publishing)

DOI

10.1016/j.ssci.2018.09.003

PMID

unavailable

Abstract

There is growing emphasis within safety science and Human Factors/Ergonomics on the benefits of applying a sociotechnical systems perspective in order to influence design and thereby improve safety in everyday operations. This article examines how viewing work as a sociotechnical system - using visual models and representations - helps in understanding how work is performed and how it contributes to safe operations. A series of five models, developed using methods from Activity Theory, Cybernetics, Cognitive Systems Engineering and Resilience Engineering, are used to illustrate the work of maritime pilots and Vessel Traffic Services operators. Each model is examined using a modelling framework for prospective safety assessment, with the conclusion that it is how the models are applied, rather than their underlying methodologies, which determines their usefulness in this context. Different models highlight different aspects of work and facilitate discussion of safety, for example in a participatory design process, and we discuss criteria to guide their use and evaluation.

Language: en

Keywords

Human factors/ergonomics; Safety; Safety assessment; Sociotechnical systems; Systems ergonomics