Embedding sustainability in complex projects: a pedagogic practice simulation approach
Embedding sustainability in complex projects: a pedagogic practice simulation approach
Sustainability is focussed on avoiding the long-term depletion of natural resources. Under the terms of a government plan to tackle climate change, a driver for improved sustainability is the cut of greenhouse gas emissions in the UK to almost zero by 2050. With this type of change, new themes are continuously being developed which drive complex projects, such as the development of new power generation methods, which encompass challenging lead times and demanding requirements. Consideration of the implementation of strategies and key concepts, which may engender sustainability within complex projects therefore presents an opportunity for further critical debate, review, and application through a project management lens. Sustainability incorporation in project management has been documented in academic literature, with this emerging field providing new challenges. For example, project management education can provide a holistic base for the inculcation of sustainability factors to a range of industries, including complex projects. Likewise, practitioner interest and approaches to sustainability in project management are being driven by the recently Chartered Association for Project Management (APM). Whilst this body makes a significant contribution to the UK economy across many sectors, it also addresses ongoing sustainability challenges. Therefore, by drawing on research and practitioner developments, the authors argue that by connecting with the next generation through practice simulation approaches, and embedding sustainability issues within project management tools and methods, improved focus on sustainability in complex project management may be achieved.
Tite, Caroline N.J.
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Pontin, David
deae7206-f5ec-4820-9aeb-efc07f69c968
Dacre, Nicholas
90ea8d3e-d0b1-4a5a-bead-f95ab32afbd1
Tite, Caroline N.J.
94d8ac31-8ca8-48c1-8065-15abdca5a652
Pontin, David
deae7206-f5ec-4820-9aeb-efc07f69c968
Dacre, Nicholas
90ea8d3e-d0b1-4a5a-bead-f95ab32afbd1
Tite, Caroline N.J., Pontin, David and Dacre, Nicholas
(2021)
Embedding sustainability in complex projects: a pedagogic practice simulation approach.
Advanced Project Management.
Abstract
Sustainability is focussed on avoiding the long-term depletion of natural resources. Under the terms of a government plan to tackle climate change, a driver for improved sustainability is the cut of greenhouse gas emissions in the UK to almost zero by 2050. With this type of change, new themes are continuously being developed which drive complex projects, such as the development of new power generation methods, which encompass challenging lead times and demanding requirements. Consideration of the implementation of strategies and key concepts, which may engender sustainability within complex projects therefore presents an opportunity for further critical debate, review, and application through a project management lens. Sustainability incorporation in project management has been documented in academic literature, with this emerging field providing new challenges. For example, project management education can provide a holistic base for the inculcation of sustainability factors to a range of industries, including complex projects. Likewise, practitioner interest and approaches to sustainability in project management are being driven by the recently Chartered Association for Project Management (APM). Whilst this body makes a significant contribution to the UK economy across many sectors, it also addresses ongoing sustainability challenges. Therefore, by drawing on research and practitioner developments, the authors argue that by connecting with the next generation through practice simulation approaches, and embedding sustainability issues within project management tools and methods, improved focus on sustainability in complex project management may be achieved.
Text
Embedding_Sustainability_Complex_Projects
- Author's Original
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e-pub ahead of print date: 29 March 2021
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Local EPrints ID: 495966
URI: http://eprints.soton.ac.uk/id/eprint/495966
PURE UUID: 2000673f-eeda-4c6a-9387-3ec465332498
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Date deposited: 28 Nov 2024 17:35
Last modified: 30 Nov 2024 03:01
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Author:
Caroline N.J. Tite
Author:
David Pontin
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