Utilize este identificador para referenciar este registo: http://hdl.handle.net/10400.13/1064
Título: Motivating sustainable goal choices and providing effective feedback
Autor: Scott, Michelle Grace
Orientador: Oakley, Ian
Palavras-chave: Human computer interaction
Sustainability
Goals
Value sensitive design
Design of interactive systems
Eco-feedback
Informatics Engineering - Human Computer Interaction
.
Centro de Ciências Exatas e da Engenharia
Data de Defesa: Set-2013
Resumo: Overconsumption of natural resources and the associated environmental hazards are one of today’s most pressing global issues. In the western world, individual consumption in homes and workplaces is a key contributor to this problem. Reflecting the importance of individual action in this domain, this thesis focuses on studying and influencing choices related to sustainability and energy consumption made by people in their daily lives. There are three main components to this work. Firstly, this thesis asserts that people frequently make ineffective consumption reduction goal choices and attempts to understand the rationale for these poor choices by fitting them to goalsetting theory, an established theoretical model of behavior change. Secondly, it presents two approaches that attempt to influence goal choice towards more effective targets, one of which deals with mechanisms for goal priming and the other of which explores the idea that carefully designed toys can exert influence on children’s long term consumption behavior patterns. The final section of this thesis deals with the design of feedback to support the performance of environmentally sound activities. Key contributions surrounding goals include the finding that people choose easy sustainable goals despite immediate feedback as to their ineffectiveness and the discussion and study of goal priming mechanisms that can influence this choice process. Contributions within the design of value instilling toys include a theoretically grounded framework for the design of such toys and a completed and tested prototype toy. Finally, contributions in designing effective and engaging energy consumption feedback include the finding that negative feedback is best presented verbally compared with visually and this is exemplified and presented within a working feedback system. The discussions, concepts, prototypes and empirical findings presented in this work will be useful for both environmental psychologists and for HCI researchers studying eco-feedback.
URI: http://hdl.handle.net/10400.13/1064
Designação: Informatics Engineering - Human Computer Interaction
Aparece nas colecções:Teses de Doutoramento

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