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Preface; Conference Organisation; Patron; Steering Committee; Advisory Committee; Conference Chair; Programme Chair; Co-chairs; Workshop Co-chair; International Programme Committee; Conference Secretary; Conference Treasurer; Local Organising Committee; About the Conference; Contents; About the Editors; Eco-design, Sustainable Manufacturing, Design for Sustainability; 1 Supporting Environmentally-Benign Design: Environmental Impact Estimation and Uncertainty Categories with Respect to Life Cycle Assessment in Conceptual Design; Abstract; 1 Introduction; 2 Literature Review
2.1 Solution Description and Environmental Impact Propagation in Conceptual Design Stage2.2 Environmental Impact Estimation in Conceptual Design and Relevance of Uncertainty Analysis; 2.3 Uncertainty in Conceptual Design: Categorisation and Definition; 3 'Solution Definition' in Conceptual Design as Evolutionary Precursor to 'Structure Definition' in Embodiment Design; 3.1 Literature Review: Structure-Definition in Embodiment Design; 3.2 Descriptive Study: Mapping 'Structure Defintion' to 'Solution Defintion'; 3.2.1 Analysis of Design Sketches; 3.2.2 Findings from Design Analysis
3.2.3 Conclusions from the Design Analysis3.3 Uncertainty Category with Respect to LCA in Conceptual Design; 4 Environmental Impact Estimate in Conceptual Design; 4.1 Uncertainty Association with Environmental Impact Estimate; 4.2 Enabling Pre-emptive, Sound Design-Decisions: Research Value Proposition; 4.2.1 Descriptive Study: Analysis of Design Decisions; 4.2.2 Observations and Findings from the Design Analysis; 4.2.3 Conclusions from the Design Analysis; 5 Conclusions and Future Work; References
2 Supporting Sustainable Service-System Design: A Case Study on Green-Roof Design with InDeaTe Template and Tool at Syracuse, New YorkAbstract; 1 Introduction; 2 Case Study: Overview; 2.1 Problem Brief; 2.2 Design Methodology; 2.2.1 Exercise Duration; 2.2.2 Participants; 2.3 Analysis Methodology; 2.3.1 Assessment of Design with Respect to Benchmark; 2.3.2 Analysis of Effectiveness of Tool:; 2.4 Limitations of the Study; 2.5 Key Findings of the Study; 3 Literature Review; 3.1 Relevance and Need for a Holistic Support; 3.2 InDeaTe Tool and Template: A Novel, Holistic Design Support
3.3 Green Roofs: A Literature Survey4 Design Exercise; 4.1 Task Clarification Stage; 4.2 Conceptual Design Stage; 5 Key Findings; 5.1 Design Assessment; 5.2 Analysis of Tool; 6 Conclusions; References; 3 'What Ideality Tool' (WIT) for Product Design Briefs; Abstract; 1 Introduction; 2 Nature as a Model, Tutor and Scale; 2.1 'What Ideality Tool' ('WIT') for the Product Design Brief; 2.2 How Was the Model Developed?; 2.3 Transitioning from a Static Flowchart to a Dynamic Automation Tool; 2.4 Research and Test Case Description; 2.5 Results; 2.6 Criteria and Measuring Process; 2.7 Discussion
2.1 Solution Description and Environmental Impact Propagation in Conceptual Design Stage2.2 Environmental Impact Estimation in Conceptual Design and Relevance of Uncertainty Analysis; 2.3 Uncertainty in Conceptual Design: Categorisation and Definition; 3 'Solution Definition' in Conceptual Design as Evolutionary Precursor to 'Structure Definition' in Embodiment Design; 3.1 Literature Review: Structure-Definition in Embodiment Design; 3.2 Descriptive Study: Mapping 'Structure Defintion' to 'Solution Defintion'; 3.2.1 Analysis of Design Sketches; 3.2.2 Findings from Design Analysis
3.2.3 Conclusions from the Design Analysis3.3 Uncertainty Category with Respect to LCA in Conceptual Design; 4 Environmental Impact Estimate in Conceptual Design; 4.1 Uncertainty Association with Environmental Impact Estimate; 4.2 Enabling Pre-emptive, Sound Design-Decisions: Research Value Proposition; 4.2.1 Descriptive Study: Analysis of Design Decisions; 4.2.2 Observations and Findings from the Design Analysis; 4.2.3 Conclusions from the Design Analysis; 5 Conclusions and Future Work; References
2 Supporting Sustainable Service-System Design: A Case Study on Green-Roof Design with InDeaTe Template and Tool at Syracuse, New YorkAbstract; 1 Introduction; 2 Case Study: Overview; 2.1 Problem Brief; 2.2 Design Methodology; 2.2.1 Exercise Duration; 2.2.2 Participants; 2.3 Analysis Methodology; 2.3.1 Assessment of Design with Respect to Benchmark; 2.3.2 Analysis of Effectiveness of Tool:; 2.4 Limitations of the Study; 2.5 Key Findings of the Study; 3 Literature Review; 3.1 Relevance and Need for a Holistic Support; 3.2 InDeaTe Tool and Template: A Novel, Holistic Design Support
3.3 Green Roofs: A Literature Survey4 Design Exercise; 4.1 Task Clarification Stage; 4.2 Conceptual Design Stage; 5 Key Findings; 5.1 Design Assessment; 5.2 Analysis of Tool; 6 Conclusions; References; 3 'What Ideality Tool' (WIT) for Product Design Briefs; Abstract; 1 Introduction; 2 Nature as a Model, Tutor and Scale; 2.1 'What Ideality Tool' ('WIT') for the Product Design Brief; 2.2 How Was the Model Developed?; 2.3 Transitioning from a Static Flowchart to a Dynamic Automation Tool; 2.4 Research and Test Case Description; 2.5 Results; 2.6 Criteria and Measuring Process; 2.7 Discussion