Technology-push, market-demand and the missing safety-pull: a case study of American Airlines Flight 587
Technology-push, market-demand and the missing safety-pull: a case study of American Airlines Flight 587
Through a critical case study of the crash of American Airlines Flight 587, this paper draws upon ‘the Social Shaping of Technology’ (SST) approach to offer a reconceptualisation of the technology‐push and market‐demand model for High‐Reliably Organisations (HROs), providing support for a third factor, called here a ‘safety‐pull’. A safety‐pull is defined as organisationally supported reflexivity in which technology innovators and frontline operators collaborate to consider the potential implications of adopting new technologies in HROs and the complex ways this change may impact human operators' work performance, often in risky and unanticipated ways. In contrast to accidents occurring solely as the result of individual operator error, analysing the safety‐pull provides a way to tease out the wide range of factors that can contribute to HRO failures and offers a new SST perspective through which to examine high‐risk operations.
109-127
Fraher, Amy L.
5c2ad136-717b-43b1-be85-c7a970f85116
July 2015
Fraher, Amy L.
5c2ad136-717b-43b1-be85-c7a970f85116
Fraher, Amy L.
(2015)
Technology-push, market-demand and the missing safety-pull: a case study of American Airlines Flight 587.
New Technology, Work and Employment, 30 (2), .
(doi:10.1111/ntwe.12050).
Abstract
Through a critical case study of the crash of American Airlines Flight 587, this paper draws upon ‘the Social Shaping of Technology’ (SST) approach to offer a reconceptualisation of the technology‐push and market‐demand model for High‐Reliably Organisations (HROs), providing support for a third factor, called here a ‘safety‐pull’. A safety‐pull is defined as organisationally supported reflexivity in which technology innovators and frontline operators collaborate to consider the potential implications of adopting new technologies in HROs and the complex ways this change may impact human operators' work performance, often in risky and unanticipated ways. In contrast to accidents occurring solely as the result of individual operator error, analysing the safety‐pull provides a way to tease out the wide range of factors that can contribute to HRO failures and offers a new SST perspective through which to examine high‐risk operations.
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e-pub ahead of print date: 21 July 2015
Published date: July 2015
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Local EPrints ID: 427795
URI: http://eprints.soton.ac.uk/id/eprint/427795
ISSN: 0268-1072
PURE UUID: f07a84e4-f5e1-46e5-bd6f-2fcd93c5f938
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Date deposited: 29 Jan 2019 17:30
Last modified: 15 Mar 2024 23:59
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Author:
Amy L. Fraher
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