Combining patient journey modelling and visual multi-agent computer simulation : a conceptual approach to improving knowledge translation in a hospital outpatient department

Joanne Curry; Ann Dadich; Janna-Anneke Fitzgerald; Ante Prodan; Terry Sloan

Combining patient journey modelling and visual multi-agent computer simulation : a conceptual approach to improving knowledge translation in a hospital outpatient department

Joanne Curry, Ann Dadich, Janna-Anneke Fitzgerald, Ante Prodan, Terry Sloan

Research output: Chapter in Book / Conference Paper › Conference Paper › peer-review

Abstract

This article focuses on a proposed project that will investigate the integration of two disparate methodologies: patient journey modelling and visual multi-agent simulation, and its impact on the speed and quality of knowledge translation to healthcare stakeholders. Literature describes patient journey modelling and visual simulation as discrete activities. This paper suggests that their combination and their impact on translating knowledge to practitioners are greater than the sum of the two technologies. The test-bed is ambulatory care and the goal is to determine if this approach can improve health services delivery, workflow, and patient outcomes and satisfaction. The multidisciplinary research team is compromised of expertise in patient journey modelling, simulation, and knowledge translation.

Original language	English
Title of host publication	Abstracts of the 25th Australian and New Zealand Academy of Management International Conference (ANZAM 2011), 7-9 December 2011, Wellington, New Zealand
Publisher	ANZAM
Number of pages	16
ISBN (Print)	9781877040870
Publication status	Published - 2011
Event	Australian and New Zealand Academy of Management. International Conference - Duration: 5 Dec 2012 → …

Conference

Conference	Australian and New Zealand Academy of Management. International Conference
Period	5/12/12 → …

Cite this

Curry, J., Dadich, A., Fitzgerald, J.-A., Prodan, A., & Sloan, T. (2011). Combining patient journey modelling and visual multi-agent computer simulation : a conceptual approach to improving knowledge translation in a hospital outpatient department. In Abstracts of the 25th Australian and New Zealand Academy of Management International Conference (ANZAM 2011), 7-9 December 2011, Wellington, New Zealand ANZAM.

Curry, Joanne ; Dadich, Ann ; Fitzgerald, Janna-Anneke et al. / Combining patient journey modelling and visual multi-agent computer simulation : a conceptual approach to improving knowledge translation in a hospital outpatient department. Abstracts of the 25th Australian and New Zealand Academy of Management International Conference (ANZAM 2011), 7-9 December 2011, Wellington, New Zealand. ANZAM, 2011.

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title = "Combining patient journey modelling and visual multi-agent computer simulation : a conceptual approach to improving knowledge translation in a hospital outpatient department",

abstract = "This article focuses on a proposed project that will investigate the integration of two disparate methodologies: patient journey modelling and visual multi-agent simulation, and its impact on the speed and quality of knowledge translation to healthcare stakeholders. Literature describes patient journey modelling and visual simulation as discrete activities. This paper suggests that their combination and their impact on translating knowledge to practitioners are greater than the sum of the two technologies. The test-bed is ambulatory care and the goal is to determine if this approach can improve health services delivery, workflow, and patient outcomes and satisfaction. The multidisciplinary research team is compromised of expertise in patient journey modelling, simulation, and knowledge translation.",

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Curry, J, Dadich, A, Fitzgerald, J-A, Prodan, A & Sloan, T 2011, Combining patient journey modelling and visual multi-agent computer simulation : a conceptual approach to improving knowledge translation in a hospital outpatient department. in Abstracts of the 25th Australian and New Zealand Academy of Management International Conference (ANZAM 2011), 7-9 December 2011, Wellington, New Zealand. ANZAM, Australian and New Zealand Academy of Management. International Conference, 5/12/12.

Combining patient journey modelling and visual multi-agent computer simulation : a conceptual approach to improving knowledge translation in a hospital outpatient department. / Curry, Joanne; Dadich, Ann; Fitzgerald, Janna-Anneke et al.
Abstracts of the 25th Australian and New Zealand Academy of Management International Conference (ANZAM 2011), 7-9 December 2011, Wellington, New Zealand. ANZAM, 2011.

Research output: Chapter in Book / Conference Paper › Conference Paper › peer-review

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AB - This article focuses on a proposed project that will investigate the integration of two disparate methodologies: patient journey modelling and visual multi-agent simulation, and its impact on the speed and quality of knowledge translation to healthcare stakeholders. Literature describes patient journey modelling and visual simulation as discrete activities. This paper suggests that their combination and their impact on translating knowledge to practitioners are greater than the sum of the two technologies. The test-bed is ambulatory care and the goal is to determine if this approach can improve health services delivery, workflow, and patient outcomes and satisfaction. The multidisciplinary research team is compromised of expertise in patient journey modelling, simulation, and knowledge translation.

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Curry J, Dadich A, Fitzgerald JA, Prodan A, Sloan T. Combining patient journey modelling and visual multi-agent computer simulation : a conceptual approach to improving knowledge translation in a hospital outpatient department. In Abstracts of the 25th Australian and New Zealand Academy of Management International Conference (ANZAM 2011), 7-9 December 2011, Wellington, New Zealand. ANZAM. 2011

Combining patient journey modelling and visual multi-agent computer simulation : a conceptual approach to improving knowledge translation in a hospital outpatient department

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