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Publication - From Theory to Practice: A review of co-design methods for humanitarian energy ecosystems. 89, 102545.
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Title
From Theory to Practice: A review of co-design methods for humanitarian energy ecosystems. 89, 102545.
Publisher
Energy Research & Social Science
Author
Robinson, B. L., Halford, A., & Gaura, E.
Published in
April 2022
Abstract
Our planet is currently in the midst of a global humanitarian crisis. Yet, there is a widening gap between over 80 million displaced people and the political will to meet their needs. Improving energy access in the displaced setting to build capacity and resilience requires meaningful integration of the needs of communities throughout the design, delivery and evaluation process within the socio-technical energy system. This paper aims to explore the ways in which co-design is conceptualised and applied, from an interdisciplinary perspective, within the socio-technical framing. We do this by first conducting a rapid review of relevant co-design literature to understand theories, typologies and identify methods of best co-design practice in the Humanitarian Energy sector. Second, we present the Humanitarian Engineering and Energy for Displacement project as a co-design case study for Humanitarian Energy using Technology Implementation Model for Energy (TIME) as a framework for analysis.
Our rapid review resulted in the typology of the Spectrum of Co-Design, a mapping of differing conceptualisations of co-design showing their positioning and interactions. Our results show that by exploring if and how conceptual frameworks, such as TIME, adds value to practitioner orientated humanitarian programming this can make a significant contribution to future-proofing energy systems that seek to deliver inclusive, sustainable and just transitions. We highlight specific learnings from HEED around the disconnection between perceptions of key stakeholder roles, misunderstandings of energy access and use, and building trusting partnerships through the creation of meaningful rectification pathways.
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