Rebound Archetypes : A Card-based Tool to Help Designers Think Through the Rebound Effects when Designing for Sustainability

In this paper, we present our work in developing a tool to help designers and decision-makers in considering rebound effects within their design or decision process. The concept of rebound effect is defined in multiple ways. In this paper, it is used to refer to any unintended consequence resulting from an intervention that goes against the initial intention or has social or environmental impacts that are perceived as negative. The Rebound Archetypes tool, in the form of cards, has been designed to facilitate workshops. Its purpose is to enable participants to engage in a process of collective decision-making regarding the potential rebound effects that could result from an intervention. This could be the introduction of a new product, service, technology, or strategic decision, policy. The tool also allows participants to understand the associated risks and to collectively decide on actions to take, such as (a) cancelling the intervention or redefining it, (b) attempting to mitigate potential rebound effects, or (c) accepting the risk and monitoring it. The cards are designed to facilitate these activities without inducing paralysis, and can be used in various ways to adapt to the design process and the participants' level of expertise. Primarily, they were created to embody reflection steps around rebound effects, but they aim to become less necessary as the ‘players’ gain autonomy. This paper discusses the process of creating the Rebound Archetypes cards and the insights we have gathered on the challenge of considering rebound effects in design.

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Lancaster EPrints (Lancaster University)
Published
2024-10-24
Primary Topic
Energy, Environment, and Transportation Policies
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article

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article

Rebound Archetypes : A Card-based Tool to Help Designers Think Through the Rebound Effects when Designing for Sustainability

Gordon S. Blair, Marcia Tavares Smith, Rob Vingerhoeds, Catherine Letondal et al.
Lancaster EPrints (Lancaster University)
Energy, Environment, and Transportation Policies
article

Rebound Archetypes : A Card-based Tool to Help Designers Think Through the Rebound Effects when Designing for Sustainability

Gordon S. Blair, Marcia Tavares Smith, Rob Vingerhoeds, Catherine Letondal, Laetitia Bornes, Oliver Bates
article en

Abstract

In this paper, we present our work in developing a tool to help designers and decision-makers in considering rebound effects within their design or decision process. The concept of rebound effect is defined in multiple ways. In this paper, it is used to refer to any unintended consequence resulting from an intervention that goes against the initial intention or has social or environmental impacts that are perceived as negative. The Rebound Archetypes tool, in the form of cards, has been designed to facilitate workshops. Its purpose is to enable participants to engage in a process of collective decision-making regarding the potential rebound effects that could result from an intervention. This could be the introduction of a new product, service, technology, or strategic decision, policy. The tool also allows participants to understand the associated risks and to collectively decide on actions to take, such as (a) cancelling the intervention or redefining it, (b) attempting to mitigate potential rebound effects, or (c) accepting the risk and monitoring it. The cards are designed to facilitate these activities without inducing paralysis, and can be used in various ways to adapt to the design process and the participants' level of expertise. Primarily, they were created to embody reflection steps around rebound effects, but they aim to become less necessary as the ‘players’ gain autonomy. This paper discusses the process of creating the Rebound Archetypes cards and the insights we have gathered on the challenge of considering rebound effects in design.

Lancaster EPrints (Lancaster University)
École Nationale de l’Aviation Civile (FR), Institut Superieur de l'Aeronautique et de l'Espace (ISAE-SUPAERO) (FR), Office National d'Études et de Recherches Aérospatiales (FR), Lancaster University (GB)
Engineering and Physical Sciences Research Council
Responsible consumption and production
Energy, Environment, and Transportation Policies
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