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(see Introduction by Gilbert) came from a concern of the member companies, namely that training programmes in the field of industrial safety no longer appear to be yielding the expected results. This contribution is primarily directed at questions proposed for the FonCSI workshop on professionalism and safetyWhat part could professionalism in the job play in safety? Should safety training be incorporated into everyday practices and activities or should there be specific safety training? (Foncsi 2015)
The reason for choosing this topic is that much of my research has been founded, perhaps implicitly at times, on the assumption that enhancing job performance so that it is of better quality and efficiency will concomitantly enhance safety due to improved risk perception and risk management behaviours.
In this chapter, I first briefly discuss what I understand the term ‘professionalism’ to mean. It is not a topic I have ever studied and so I have attempted to set out my interpretation of how professionalism relates to workplace safety. I then discuss two areas where my own safety research has been located. These indicate two ways in which safety training and safety thinking can be integrated into routine work, at both operator and managerial levels. The first is behavioural, namely to focus on the non-technical skills for a given job, as evidenced by the airlines’ Crew Resource Management training and assessment programmes. This approach is now being adopted in other safety-critical sectors, such as acute medicine and offshore oil and gas operations, typical for operational staff but in some cases also for managers. The second direction is more attitudinal in nature: it examines the relatively novel concept of chronic unease, derived from the High Reliability Organisation literature. This has been used at both operational and managerial levels. What is proposed is that addressing both non-technical skills, as well as underlying attitudes to operational risks (chronic unease), can help to build protective skills for safety into the professional job repertoire.
Natural Catastrophic Events
Totschnig, Reinhold; Fuchs, Sven
Catastrophic Medical Event
2013-01-01
Latest Catastrophic Events
Vulnerability assessment for elements at risk is an important component in the framework of risk assessment. The vulnerability of buildings affected by torrent processes can be quantified by vulnerability functions that express a mathematical relationship between the degree of loss of individual elements at risk and the intensity of the impacting process. Based on data from the Austrian Alps, we extended a vulnerability curve for residential buildings affected by fluvial sediment transport processes to other torrent processes and other building types. With respect to this goal to merge different data based on different processes and building types, several statistical tests were conducted. The calculation of vulnerability functions was based on a nonlinear regression approach applying cumulative distribution functions. The results suggest that there is no need to distinguish between different sediment-laden torrent processes when assessing vulnerability of residential buildings towards torrent processes. The final vulnerability functions were further validated with data from the Italian Alps and different vulnerability functions presented in the literature. This comparison showed the wider applicability of the derived vulnerability functions. The uncertainty inherent to regression functions was quantified by the calculation of confidence bands. The derived vulnerability functions may be applied within the framework of risk management for mountain hazards within the European Alps. The method is transferable to other mountain regions if the input data needed are available. PMID:27087696