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HIPARSYS Work Package 3 (WP3) FINAL REPORT

HIPARSYS Work Package 3 (WP3) FINAL REPORT
HIPARSYS Work Package 3 (WP3) FINAL REPORT
This research developed an agent-based computer model to simulate the behaviours, cognitions, and working processes occurring within engineering teams engaged in product design. The research constituted Work Package 3 of the HIPARSYS Project. A preliminary model was first developed based on a review of the research literature. Further research was then conducted in the organizations, using questionnaires and interviews, to examine their engineering teams. The analysis of the data collected was then used to inform the further development of the model, by deriving the equations and rules on which it is based. The model includes several different types of variables, some at an individual-level (such as competency, motivation, and availability), some at a team-level (such as communication frequency, shared mental models, and trust), and some concerning tasks (such as difficulty) including performance variables (time, process time, and quality). The agent-based model is now available for those in the organizations to use, and, as such, constitutes the major deliverable for this research. However, the model has also been used to conduct a large number of simulations in response to research questions posed by the organizations, and these are also reported here together with some resultant recommendations for improving team performance. The current model therefore represents a useful tool to facilitate organisational change and decision making. However, given the relative novelty of simulating human working processes, this research should also be viewed as the first step in developing a longer-term capability in this area.
s.n.
Crowder, Richard
ddeb646d-cc9e-487b-bd84-e1726d3ac023
Robinson, Mark
0191ef40-12cc-4b4d-9bcd-5547087add95
Hughes, Helen
7cbaf067-4403-4070-9cf0-12a8f65201aa
Clegg, Chris
71f1a7fd-b2fa-43c6-9bb8-be106aa90f5a
Sim, Yee Wai
9a3ed293-5ad7-405d-b553-b7aa8c3fb5cc
Crowder, Richard
ddeb646d-cc9e-487b-bd84-e1726d3ac023
Robinson, Mark
0191ef40-12cc-4b4d-9bcd-5547087add95
Hughes, Helen
7cbaf067-4403-4070-9cf0-12a8f65201aa
Clegg, Chris
71f1a7fd-b2fa-43c6-9bb8-be106aa90f5a
Sim, Yee Wai
9a3ed293-5ad7-405d-b553-b7aa8c3fb5cc

Crowder, Richard, Robinson, Mark, Hughes, Helen, Clegg, Chris and Sim, Yee Wai (2009) HIPARSYS Work Package 3 (WP3) FINAL REPORT s.n.

Record type: Monograph (Project Report)

Abstract

This research developed an agent-based computer model to simulate the behaviours, cognitions, and working processes occurring within engineering teams engaged in product design. The research constituted Work Package 3 of the HIPARSYS Project. A preliminary model was first developed based on a review of the research literature. Further research was then conducted in the organizations, using questionnaires and interviews, to examine their engineering teams. The analysis of the data collected was then used to inform the further development of the model, by deriving the equations and rules on which it is based. The model includes several different types of variables, some at an individual-level (such as competency, motivation, and availability), some at a team-level (such as communication frequency, shared mental models, and trust), and some concerning tasks (such as difficulty) including performance variables (time, process time, and quality). The agent-based model is now available for those in the organizations to use, and, as such, constitutes the major deliverable for this research. However, the model has also been used to conduct a large number of simulations in response to research questions posed by the organizations, and these are also reported here together with some resultant recommendations for improving team performance. The current model therefore represents a useful tool to facilitate organisational change and decision making. However, given the relative novelty of simulating human working processes, this research should also be viewed as the first step in developing a longer-term capability in this area.

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Published date: 11 December 2009
Organisations: Agents, Interactions & Complexity

Identifiers

Local EPrints ID: 268410
URI: http://eprints.soton.ac.uk/id/eprint/268410
PURE UUID: d4735311-4f60-4465-a7ad-f06afce07ad0

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Date deposited: 25 Jan 2010 15:04
Last modified: 18 Jul 2017 06:54

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