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EB

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Cham : Springer International Publishing AG, 2021

1 online resource (150 pages)

ISBN 9783030663001 (electronic bk.)

ISBN 9783030662998

Lecture Notes in Mechanical Engineering Ser.

Print version: Vezzoli, Carlo Designing Sustainability for All Cham : Springer International Publishing AG,c2021 ISBN 9783030662998

4.3 Distributed Energy Generation (DG) -- 4.4 Distributed Water Supply/Management -- 4.5 Distributed Food Production (DF) -- 4.6 Distributed Software Development (DS) -- 4.7 Distributed Production of Knowledge (DK) -- 5 Alternative System Configurations -- 5.1 Stand-Alone Configurations -- 5.2 Network Configurations -- 5.3 Summary and Examples of System Configurations -- 6 Main Drivers and Win-Win Benefits of DE -- 7 Potential Unsustainability of DE -- 8 Understanding DE from Different Contexts -- 8.1 A Brazilian Perspective -- 8.2 A Chinese Perspective -- 8.3 A Finnish Perspective -- 8.4 An Indian Perspective -- 8.5 A Mexican Perspective -- References -- Integrating S.PSS and DE -- 1 Introduction to S.PSS Applied to DE: Sustainable Opportunities -- 2 Case Studies of S.PSS and DE Integration -- 2.1 S.PSS and Distributed Energy Generation (DG) ---

2.2 S.PSS and Distributed Food Production (DF) -- 2.3 S.PSS and Distributed Water Management (DW).

4.3 Distributed Energy Generation (DG) -- 4.4 Distributed Water Supply/Management -- 4.5 Distributed Food Production (DF) -- 4.6 Distributed Software Development (DS) -- 4.7 Distributed Production of Knowledge (DK) -- 5 Alternative System Configurations -- 5.1 Stand-Alone Configurations -- 5.2 Network Configurations -- 5.3 Summary and Examples of System Configurations -- 6 Main Drivers and Win-Win Benefits of DE -- 7 Potential Unsustainability of DE -- 8 Understanding DE from Different Contexts -- 8.1 A Brazilian Perspective -- 8.2 A Chinese Perspective -- 8.3 A Finnish Perspective -- 8.4 An Indian Perspective -- 8.5 A Mexican Perspective -- References -- Integrating S.PSS and DE -- 1 Introduction to S.PSS Applied to DE: Sustainable Opportunities -- 2 Case Studies of S.PSS and DE Integration -- 2.1 S.PSS and Distributed Energy Generation (DG) ---

Intro -- Foreword -- Acknowledgements -- Introduction -- Contents -- Product-Service Systems Development for Sustainability. A New Understanding -- 1 The Role of PSS in Addressing Sustainability -- 1.1 The Sustainability Challenge -- 1.2 Sustainable Product-Service System: A Win-Win Opportunity for Sustainability -- 1.3 PSS Types -- 1.4 S.PSS Environmental Benefits -- 1.5 S.PSS Socio-Ethical Benefits -- 1.6 S.PSS Economic and Competitive Benefits -- 2 PSS Design for Sustainability -- 3 S.PSS in Relation to Other Design for Sustainability Approaches -- References -- Distributed Economies -- 1 Reframing the Economy Towards Sustainability -- 2 How Centralization Hinders Sustainability and Resilience -- 3 Distributed Economies (DE) as a Strategy Towards Sustainability -- 4 Practical Implications of DE in Various Fields -- 4.1 Distributed Design (DD) -- 4.2 Distributed Manufacturing ---

3.5 S.PSS and DE Idea Boards (embedded into the SDO toolkit) -- 3.6 Strategic Analysis Toolkit (SAT) for DE for Socio-Economic Ecosystems (SEE) -- 3.7 Distributed Manufacturing (DM) Applied to PSS Design Toolkit -- 3.8 Summary -- References -- S.PSS and DE in Practice -- 1 Introduction: Teaching and Learning Contemporary Design for Sustainability -- 2 Introducing S.PSS and DE into Higher Education in Design -- 2.1 Experiences from Regional Pilot Courses: An Overview -- 2.2 Reflections: Teaching S.PSS and DE Design -- 3 Working with a Regional Industry Cluster in Education in Brazil -- 3.1 The LeNSin Pilot Course Brazil -- 3.2 Reflecting on Industry-Academic Collaborations in Brazil -- 4 Working with a Regional Industry Cluster in Education in India -- 4.1 Case Study Location: Sualkuchi Silk Handloom Industry as a SEE ---

2.4 S.PSS and Distributed Manufacturing (DM) -- 2.5 S.PSS and Distributed Software (DS) -- 2.6 S.PSS and Distributed Knowledge (DK) -- 2.7 S.PSS and Distributed Design (DD) -- 3 S.PSS Applied to DE: A Scenario -- 4 Barriers and Trade-Offs to Integrating S.PSS and DE -- References -- Designing S.PSS and DE: New Horizons for Design -- 1 General Considerations for Conceptual Integration into the Design Process -- 2 A Reference Model of S.PSS and DE Design -- 2.1 Method and Tools for System Design for Sustainability for All -- 2.2 MSDS: A Modular Method for System Design for Sustainability -- 3 Tools Developed by LeNS -- 3.1 Sustainability Design-Orienting Scenarios (SDOS) on S.PSS and DE -- 3.2 Innovation Diagram for S.PSS and DE -- 3.3 Concept Description Form for S.PSS and DE -- 3.4 System Map for S.PSS and DE ---

3.5 S.PSS and DE Idea Boards (embedded into the SDO toolkit) -- 3.6 Strategic Analysis Toolkit (SAT) for DE for Socio-Economic Ecosystems (SEE) -- 3.7 Distributed Manufacturing (DM) Applied to PSS Design Toolkit -- 3.8 Summary -- References -- S.PSS and DE in Practice -- 1 Introduction: Teaching and Learning Contemporary Design for Sustainability -- 2 Introducing S.PSS and DE into Higher Education in Design -- 2.1 Experiences from Regional Pilot Courses: An Overview -- 2.2 Reflections: Teaching S.PSS and DE Design -- 3 Working with a Regional Industry Cluster in Education in Brazil -- 3.1 The LeNSin Pilot Course Brazil -- 3.2 Reflecting on Industry-Academic Collaborations in Brazil -- 4 Working with a Regional Industry Cluster in Education in India -- 4.1 Case Study Location: Sualkuchi Silk Handloom Industry as a SEE ---

4.2 The Outcomes of the Course -- 5 Country-Wide Teaching Networks on Sustainability: LeNS China -- 5.1 Pilot Courses in China -- 5.2 Having Impact Nation-Wide -- 6 Integrating Experimental Pilots into Long Curricular Courses.

2.4 S.PSS and Distributed Manufacturing (DM) -- 2.5 S.PSS and Distributed Software (DS) -- 2.6 S.PSS and Distributed Knowledge (DK) -- 2.7 S.PSS and Distributed Design (DD) -- 3 S.PSS Applied to DE: A Scenario -- 4 Barriers and Trade-Offs to Integrating S.PSS and DE -- References -- Designing S.PSS and DE: New Horizons for Design -- 1 General Considerations for Conceptual Integration into the Design Process -- 2 A Reference Model of S.PSS and DE Design -- 2.1 Method and Tools for System Design for Sustainability for All -- 2.2 MSDS: A Modular Method for System Design for Sustainability -- 3 Tools Developed by LeNS -- 3.1 Sustainability Design-Orienting Scenarios (SDOS) on S.PSS and DE -- 3.2 Innovation Diagram for S.PSS and DE -- 3.3 Concept Description Form for S.PSS and DE -- 3.4 System Map for S.PSS and DE ---

6.1 LeNSin Pilot Courses at UAM Universities -- 6.2 Book Club and Desierto de Los Leones Park Projects -- 6.3 Summary -- 7 Lessons Learned, Challenges and Opportunities -- References.

001895563

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(Au-PeEL)EBL6566915

(MiAaPQ)EBC6566915

(OCoLC)1248731280