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A brief for Collaborative Design
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Natural Attachment: A Brief for Collaborative DesignG a b r i e l H a r p D e s i g n E c o l o g i s t | S e r v i c e D e s i g n e r@gharp
Wicked Problems are Controversiese.g. poverty, ecosystem unraveling, climate change, water as public good, corruption, energy futures
no single definition of the problemelusive solutionscannot judge effectiveness
Tame Problems are Smalle.g. mapping the genome, goods tranport, building a spaceship, designing cars, how to screw in a lightbulb
problem can be defined easilydiverse experts can solve iterativelygenerally have an optimal solution
b/c > k
b/c > k/Ψratio of benefits to costs greater than network size
Cooperative Groups Form When:
ratio of benefits to costs greater than network size coefficient of art
Collaborative Design Outcomes:
1. Make the Benefits + Costs of Complex Networks Visible
2. Lubricate Negotiation of Costs + Benefits
Acquisition
NormalizationPractice
Assembly
AppropriationScripting
Ingram J., Shove, E. and Watson M. ‘Products and Practices: Selected Concepts from Science and Technology Studies and from Social Theories of Consumption and Practice’ Design Issues, 23(2) (2007), pp.3–16.
Where + When Can We Connect With Use-Context?
How can India Post
improve the service
design of its Rural
Post Life Insurance
Business – to scale
its benefits of
protection to 100
million participants?
Society for the Elimination of Rural Poverty
How can energy be added to poorest-of-poor farming communities to increase livelihoods and expand the practice of non-pesticide agriculture?
System perspective of factors affecting energy, water, household, time and livliehoods in rural Andra Pradesh, India.
Mentorship Roundtable Panelist & Organizer, College Art Association
Michigan Teaching Fellow 2006, Preparing Future Faculty
Rackham Graduate School Funded Interdisciplinary Workshop: A&D Life
CEMA Program and Curriculum & Funding from Tata Trust
Next-Generation Infrastructure Lab: Program Design, Assessment & Funcding from International Development Research Centre, Canada
Participatory Media for Water & Public Health funded by Wellcome Trust
Curriculum Design & Funded Projects
How Do We Map Current Arrangements to Alternative Futures?
Pathfindingto Alternatives
Futurecasting
Identifying Actors
How can we broaden civicengagement for water & public health concerns?
cultural probes | film | maps | games
Student Workcultural probes, design research, games
WaterlogVideo: http://blip.tv/file/4617147
To the Source!Video: http://blip.tv/file/4524140
Aliya Pabani
Innovation Analyst, Kaiser-PermanenteOakland, CA
Design Consultant, Alina Health SystemsMinneapolis, MN
Service Designer, Mayo Clinic Center for InnovationRochester, MN
Service Improvement, Henry Ford Health SystemsDetroit, MI
Design Lead, Health Behavior, Johnson & JohnsonAnn Arbor, MI
Next Door Lab Research Analyst, Farmers Life InsuranceChicago, IL
Design Research Associate, Sloan-Kettering Cancer Center New York City, NY
migratory + influential
ownership
goal settng
enable implementation
feedback of information
information extraction
Adapted from : Conde, C., Lonsdale, K., Nyong, A., & Aguilar, I. (2004). Engaging stakeholders in the adaptation process.
Adaptation policy frameworks for climate change: Developing strategies, policies and measures, 47–66.
Paticipatory Adaptation
Where and When Do Rearrangements Happen?
Pathfindingto Alternatives
Coordination
Futurecasting
Identifying Actors
Interpreting Outcomes & Reflective Practice
Pathfindingto Alternatives
Coordination
Assessment
Futurecasting
Identifying Actors
Reframe, Rinse, Repeat
Performing the Future
Pathfindingto Alternatives
Coordination
AssessmentFraming
Futurecasting
Identifying Actors
The engineering tools of Collaborative Design – linking Art & Science – are concepts from cognitive psychology, sociology, anthropology, and behavioral economics.
Infrastructure: pervasive enabling resources
Bowker, G. C., Baker, K. S., Millerand, F. and Ribes, D. (2009) ‘To-wards Information Infrastructure Studies: Ways of Knowing in a Networked Environment’, in J.D. Hunsinger, M. Allen and L. Klas-trup (eds), International Handbook of Internet Research: Springer.
Funtowicz, S., & Ravetz, J. (1995). Perspectives on Ecological Integrity, 34-48.
Applied Science
Professional Consultancy
Post-Normal Science
Core Science
Decision Stakes
System Uncertainties
Science for the Post-Normal Age
Integrated Assessment: multiple scales, stakeholders, disciplines, and bottom lines
Futuring: open discussion, contested and uncertain topics, long-term temporal is-sues, exploratory techniques and framings, multiple realities for irresolvable trade-offs
Dialogic Accountings: transparent decision-making, articulated costs and benefits, engaged motivations of different stakeholders, mature closure on issues through debate and dialogue, informed citizenry, participation in decision-making processes
Multi-Actor Heuristics: bridging organisations, network entrepreneurship
This is What We Value:
This is What Post-Normal Looks Like: Science at the Corner Shop
Post-Normal Technologies for Sustainability Frame, B., & Brown, J. (2008). Ecological
Economics, 65(2), 225-241.
Watercasting: Design Ecologies & Watering Futures
Design for Sustainability: Product-Service Systems
The Games We Play: Games, Information & Cooperation
Climate-Resilient Cities
Invisible Cities: Mobility, Settlements, Services, Water
Rural Technology & Design Research Trip: Rajasthan
Course Design
My Vision for Collaborative DesignIncludes Humans and Non-Humans:
not just cooperative but highly coordinated
intimately acquainted with each other’s knowledge, motivations, physical capabilities & actions
able to signal & respond instantly, together
dealing proactively with uncertainty, failure & success