DESIGN RESEARCH    
         
   
 
 
  More than the Sum of the Parts:
Shared Representations in Collaborative Design Interaction
 
 
 
3. Method
4. Field & Macro (1.8M)
5. Micro Analysis (1.4M)
6. Micro Results (5.7M)
7. Macro Results (1.6M)
8. Synthesis
9. Reflection
10. Conclusion
References
Full Text (13.3M)
Appendices (9.1M)
NETWORK ANIMATIONS
 
PhD Dissertation, Royal College of Art, London 2007
 
"Real-time design" refers to an emerging practice that significantly boosts the performance of teams in collaborative design. Environments for real-time design (cf. radical co-location, extreme collaboration, extreme programming, deep dives) use conditions of close coupling and mutual awareness, time constraint and ready availability of tools and expertise to move designs rapidly forward. In these environments, shared representations are essential to make information available, to create a common focus for collaborative engagement, and to embody concrete outcomes.
 
In this dissertation, I discuss how shared representations enhance design collaboration. I draw on examples from my field study at NASA’s Jet Propulsion Laboratory, where real-time teams have radically accelerated the design of next generation exploratory spacecraft and science missions to Mars. My results highlight the roles representations play in generating possibilities, synthesizing perspectives and consolidating commitment to action, thereby helping collaborative groups bring about preferred futures.
 
     
     
     
   
 
 
 
   
  Speaking Different Languages:
  Metaphor, Discourse and Disciplinary Conflict in Product Development
   
  MPhil Thesis, Royal College of Art, London 1997
   
  Different disciplines in product development need each other to be successful. Tensions arise nonetheless, with participants often feeling they "speak different languages." While each discipline has its own specialized vocabulary, people sometimes use the same word to mean quite different things–without necessarily realizing it.
 
 
     
Mphil Abstract
Contents
References
Full Text
 
  This thesis applies discourse analysis to interviews with professionals in engineering, industrial design and marketing. It draws upon insights from cognitive linguistics to highlight the importance of metaphor in thought. Systematic metaphor use is identified in respondents’ descriptions of essential aspects of their work. Conflicts between these metaphors are correlated with difficulties respondents encounter working with other disciplines. In addition to providing insight into such difficulties, I propose that exploration of metaphors can lead to deeper understanding and potentially generative opportunities.
 
     
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