Abstract

Societal problems concern the complexity of technical, organisational, social, and political issues. The enormous negative impacts of these problems and the inability of problem solvers to deal with high levels of complexity cannot be overcome without a paradigm shift in how we understand and engage with such issues. Two domains have been helpful in bringing about such a shift: Systems Thinking and Design. Although these domains express mutual interest in social–technical systems and complex problem solving, in the literature there are few attempts of bringing the compatibility between them to the attention of designers. This paper aims to contribute to this endeavour by uncovering the role of integrating systems thinking for design, and by providing an overview of the emerging field of systems-oriented design approaches. An extensive literature review outlines significant aspects underlying systems thinking to support its use and further development in design. This paper provides a conceptual framework structured in five clusters: mindset, methodology set, knowledge set, skill set and tool set. The framework is meant to assist designers in integrating systems thinking into design and thereby enable them to better handle complex societal problems.

Highlights

  • Complex societal problems that underlie challenges such as sustainability call for solutions that are entangled in a manifold of social and technological processes

  • What is the fundamental nature of the problem? What are the predominant relationships among stakeholders? What is the main focus of the current design approach? What are the underlying paradigms that guide the application of the systems methodology? What is the level of objectivity and value neutrality acknowledged? What is the perceived complexity of the problem?

  • An attempt has been made to explore the integration of a systems thinking foundation for design theory and practice and some of its applications

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Summary

Introduction

Complex societal problems that underlie challenges such as sustainability call for solutions that are entangled in a manifold of social and technological processes. To handle societal problems more effectively, problem solvers from different disciplinary domains have rethought how to employ scientific methods for studying and responding to complexity (Murthy 2000; Espinosa, Harnden & Walker 2008; Stjepandić, Wognum & Verhagen 2015). Such a knowledge gap cannot be overcome without a paradigm shift in how we understand and address such issues (Espinosa et al 2008)

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