For the first-ever ICED in Canada, we wish to invite you to come explore a most beautiful corner of the world. The Pacific Northwest is home to distinctive natural vistas and cultural heritage, full of entrepreneurial design spirit in engineering and the arts, and ecologically aware of the critical role we all must play in the safeguarding of our planet’s resources and public safety through innovation and design.
We invite you to rally around the theme of “Resource-Sensitive Design”, which encompasses design practice for and in resource-limited societies, as well as recognizes that all design is, fundamentally, resource-limited. Good design is elegant, effective, efficient and simple. How can we teach that spirit, learn that ethic, embrace it culturally and plan for its sustainability? Let’s make ICED17 move the intellectual conversation forward in this important domain.
Design processes
Models
Strategies
Design process modelling and management
Innovation engineering
Multi-, Cross- and Trans-disciplinary processes
Industrial design
Design organisation and management
Organisational understanding
Workspaces for design
Market and business implications
Management of innovation and complexity
Assessment and management of risk and uncertainty
Social responsibility and ethics of designing
Design research applications and case studies
Design practice
Industry case studies
Transfer of design research methods into industry
Applications to complex engineered systems
Applications of design research across industry domains
Product, services and systems design
Product and system modelling
Structural complexity
Product architectures, platform design, modularisation and product family design
Product-service systems (PSS)
Design and optimisation of organisational processes
Systems engineering and design
Designing large-scale engineering systems (e.g. healthcare, policy, infrastructure, energy systems)
Design methods and tools
Design tactics and methods
Requirements elicitation and management
User orientation, user integration
Evaluation and decision-making
Modelling and simulation methods
Virtual product development
Usage and integration of supportive technologies
Bio-inspired design
Computational design methods and tools (e.g. design automation, representation, optimisation, evaluation and integration)
Designing under uncertainty, Robust Design
Design for X, design to X
Design for lifecycle (DfX) – manufacturing, additive manufacturing, use of new technologies, assembly, testing, use, recycling, etc.
Design to properties (DtX) – cost, time, quality, flexibility, safety, etc.
Ecodesign
Sustainability (e.g. circular economy, social innovation)
Designing for digitised engineering value chains (e.g. big data, integrated lifecycle data models, internet of things, sensor technologies)
Design information and knowledge
Knowledge-intensive design
Information and knowledge management
Design knowledge and collaboration
Representation of design information and knowledge
Design theory and research methodology
Design theories and approaches
Design research methodologies and methods
Experiments in design
Evaluation of theories, approaches and methods
Human behaviour in design
Designers’ thinking, motivations and skills
Design cognition
Creativity and innovative thinking
Teamwork in design
Collaborative and participatory design
Communication in design
Design for emotion and experience
Design education
Teaching examples and experiments
Academic education experiences, plans and visions
Industry training in design
Life-long learning in design
08月21日
2017
08月25日
2017
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