Physical Prototypes to Foster Value Co-creation in Product-Service Systems Conceptual Design: A Case Study in Construction Equipment

Bertoni, Alessandro; Ruvald, Ryan

doi:10.1007/978-3-030-85969-5_35

Cited by 4 publications

(1 citation statement)

References 4 publications

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“…(3) a case study of construction equipment concerning the use of physical prototypes for the development of product-service systems (PSS) enabled by new digital technologies [32]; and (4) extending producer responsibility in offshore prefabrication construction using a conceptual framework with a DT process [50].…”

Section: Existing Solutions Within An Existing Context (Incremental)mentioning

confidence: 99%

Design Thinking for Innovation in Sustainable Built Environments and the Integration of an Inclusive Foresight and Design Thinking Framework

Tantiyaswasdikul¹

2023

IJSDP

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The search for new methods and tools to successfully address sustainability challenges is gaining momentum, due to the growing awareness of sustainability issues. Over the past two decades, design thinking (DT) has become a phenomenon in a wide range of contexts, and has recently drawn research attention as an innovative approach for handling complex socioecological problems. This review paper analyzes DT processes covered in sustainable built environment (SBE) articles that focus specifically on DT and innovation, with a view to suggesting/developing an affective new model for sustainability research. The research design was developed following Denyer and Tranfield's method. The author reviewed documents using the evidence from all open access English language articles related to this issue between 2000 and 2022 identified using a Scopus database search in order to clearly identify and analyze the challenges and opportunities for innovation growth in SBE using a DT and innovation framework, 50 articles were selected based on the PRISMA statement and plotted on a modified Ansoff Matrix. This systematic literature review indicates that research regarding DT for innovation in SBE is challenged by the matter of how to identify new contexts and new solutions for future-oriented sustainability. It is also proposed that a wider range of stakeholders are required to help optimize the solutions being generated. The results reveal research gaps in integrating foresight and DT into sustainability research. A model of inclusive foresight design thinking (FDT) is proposed to guide future research to support the practical application and enhance the viability of DT in sustainability.

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Section: Existing Solutions Within An Existing Context (Incremental)mentioning

confidence: 99%

Design Thinking for Innovation in Sustainable Built Environments and the Integration of an Inclusive Foresight and Design Thinking Framework

Tantiyaswasdikul¹

2023

IJSDP

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A Framework to Address Complexity and Changeability in the Design of Circular Product-Service Systems

Bertoni

Machchhar

2022

IFIP Advances in Information and Communication Technology

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Design Thinking for Product-Service Systems Design

Bertoni,

Askling

2024

Data-Driven Decision Making for Product Service Systems

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Physical Prototypes to Foster Value Co-creation in Product-Service Systems Conceptual Design: A Case Study in Construction Equipment

Cited by 4 publications

References 4 publications

Design Thinking for Innovation in Sustainable Built Environments and the Integration of an Inclusive Foresight and Design Thinking Framework

Design Thinking for Innovation in Sustainable Built Environments and the Integration of an Inclusive Foresight and Design Thinking Framework

A Framework to Address Complexity and Changeability in the Design of Circular Product-Service Systems

Design Thinking for Product-Service Systems Design

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