Integrating human factors into discrete event simulations of parallel flow strategies.
Artikel i vetenskaplig tidskrift, 2009
This article demonstrates an approach to integrating human factors (HF) into a discrete event simulation (DES)
study of semi-parallelised production strategies. Operationalised HF included operators’ autonomy at work,
a known workplace health factor; and reduced operator capability, a factor for new or injured operators. These
HF were tested in scenarios of serial flow and two degrees of semi-parallelised flow. The parallel production
systems demonstrated better productivity than serial flow in all conditions tested and were less affected by either
of the HF tested. It is concluded that HF can be integrated into DES which facilitates early consideration
of operator risk and system vulnerabilities. Parallel production approaches, although less common in practice,
appear to have advantages over serial flow in terms of productivity, injury risk and the accommodation
of operators with temporarily reduced capacity. Further research should expand the range and test the validity of
HF integrated into DES modelling procedures.
discrete event simulation
production system design