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Outline

Designing Psi: An Introduction to the Psi Framework

2015

Abstract

The PSI spaces are a framework for studying designing as practiced in the real world: framing and solving technical, social or organizational goals embedded in the existing socio-economic and institutional cultures and practices. Given the interconnected nature of the design product, knowledge and activities, we should anticipate that understanding designing is at least as complex as designing itself. Consequently, understanding designing involves mobilizing multiple knowledge sources, with different perspectives and diversity of participants orchestrated to achieve an effective outcome. We call the study of the PSI spaces the PSI framework. We introduce the PSI spaces, and their language resting on diverse disciplines such as psychology, engineering, economics, and sociology. We introduce some of its methodological tools; how the PSI spaces might be used to explain design challenges through misalignments of the spaces and how these misalignments could be resolved. The PSI framework...

References (38)

  1. Clark K.B., Fujimoto T. (1991). Product development performance: Strategy, organization, and management in the world auto industry. Harvard Business Press.
  2. Davis J.G., Subrahmanian E., Konda S., Granger H., Collins M., Westerberg A.W. (2001). Creating shared information spaces to support collaborative design work. Information Systems Frontiers, 3(3), 377-392.
  3. Davis J.G., Subrahmanian E., Westerberg A.W. (2005). The "global" and the "local" in knowledge management. Journal of Knowledge Management, 9(1), 101-112.
  4. Dosi G., Nelson R.R., Winter S.G. (2002). Introduction. In The Nature and Dynamics of Organizational Capabilities, Oxford University Press Inc., New York.
  5. Dosi G., Hobday M., Marengo L., Prencipe A. (2003). The economics of systems integration: towards an evolutionary interpretation. The business of systems integration, 95-113.
  6. Finger S., Konda S., Subrahmanian E. (1995). Concurrent design happens at the interfaces. AI EDAM, 9, 89-99. Fraunhofer Institute (2014). http://www.fraunhofer.de/en.html, accessed 14.12.14
  7. Granovetter M. (1983). The strength of weak ties: A network theory revisited. Sociological Theory, 1, 201-233.
  8. Hart-Smith L.J. (2001). Out-sourced profits-the cornerstone of successful subcontracting. In Boeing Third Annual Technical Excellence (TATE) Symposium, St Louis, Missouri.
  9. Hauser J.R. (2001). Metrics thermostat. Journal of Product Innovation Management, 2001, 18, 134-153.
  10. Hiltzik M. (2011). 787 Dreamliner teaches Boeing costly lesson on outsourcing. Los Angeles Times, Los Angeles, CA.
  11. Konda S., Monarch I., Sargent P., Subrahmanian E. (1992). Shared memory in design: a unifying theme for research and practice. Research in Engineering Design, 4(1), 23-42.
  12. Liker J.K., Choi T.Y. (2004). Building deep supplier relationships. Harvard Business Review, 82(12).
  13. Liker J.K., Kamath R.R., Wasti S.N., Nagamichi M. (1996). Supplier involvement in automotive component design: Are there really large U.S. Japan differences?, Research Policy, 25(1), 59-89, 1996.
  14. Meijer S., Reich Y., Subrahmanian E., The future of gaming for design of complex systems. In R.D. Duke and W. Kriz (eds) Back to the Future of Gaming, 2014.
  15. McMasters J.H., Cummings R.M. (2004). Some systemic issues in the development of the aerospace industry technical workforce of the future. In 42 nd Aerospace Sciences Meeting and Exhibit (p. 1).
  16. McMath R.M., Forbes, T. (1998). What Were They Thinking?, Times Business-Random House, New York.
  17. Monarch, A.M., Konda S.L., Levy S.N., Reich Y., Subrahmanian E., Ulrich C. (1997). Mapping sociotechnical networks in the making, in Social Science, Technical Systems, and Cooperative Work. Beyond The Great Divide, pp: 331-354.
  18. Nelson R.R., Winter S.G. (2002). Evolutionary Theorizing in Economics, The Journal of Economic Perspectives, 16(2), 23-46.
  19. Ostrom E. (2009a). Understanding institutional diversity. Princeton University Press.
  20. Ostrom E. (2009b). Beyond Markets and States: Polycentric Governance of Complex Economic Systems [Nobel Prize lecture].
  21. Stockholm, Sweden: Nobel Media. goo. gl/EbPm8O [accessed 24 April 2014]
  22. Pavitt K, (2002). Knowledge about knowledge since Nelson & Winter: a mixed record, Paper provided by SPRU -Science and Technology Policy Research, University of Sussex in its series SPRU Working Paper Series with number 83.
  23. Perrow C. (1999). Normal Accidents: Living With High Risk Technologies, Princeton University Press.
  24. Reddy J.M., Finger S., Konda S., Subrahmanian E. (1998). Design as building and reusing artifact theories: understanding and supporting growth of design knowledge. In The Design Productivity Debate, p. 268- 290. Springer London.
  25. Reich Y. (2006). The principle of reflexive practice, in revision.
  26. Reich Y., Konda S. L., Monarch I.A., Levy S.N., Subrahmanian E. (1996). Varieties and issues of participation and design. Design Studies, 17(2), 165-180.
  27. Reich Y., Konda S., Subrahmanian E., Cunningham D., Dutoit A., Patrick R., Thomas M., Westerberg A.W. (1999). Building agility for developing agile design information systems. Research in Engineering Design, 11(2), 67-83.
  28. Reich Y., Shai O. (2012). The interdisciplinary engineering knowledge genome. Research in Engineering Design, 23(3), 251-264.
  29. Sargent P., Subrahmanian E., Downs M., Greene R., Rishel D. (1992). Materials' Information and Conceptual Data Modelling. In Computerization and Networking of Materials Databases: Third volume, 1140, 172.
  30. Shane S., Ulrich K. (2004). Technological innovation, product development, and entrepreneurship in management science, Management Science, 50(2), 133-144.
  31. Simon H.A. (1972). "Archtecture of complexity," Chapter 3, The Sciences of the Artificial, MIT Press.
  32. Subrahmanian E., Westerberg A.W., Podnar G. (1991). Towards a shared information environment for engineering design, Computer-Aided Cooperative Product Development, MIT-JSME Workshop (Nov., 1989), Berlin, Springer-Verlag.
  33. Subrahmanian E., Konda S. L., Levy S.N., Reich Y., Westerberg A.W., Monarch I. (1993a). Equations aren't enough: Informal modeling in design. AI EDAM, 7(4), 257-274.
  34. Subrahmanian E., Coyne R., Konda S., Levy S., Martin R., Monarch I., Reich Y., Westerberg A. (1993b). Support system for different-time different-place collaboration for concurrent engineering. In Proceedings, 2 nd Workshop on Enabling Technologies: Infrastructure for Collaborative Enterprises. (p. 187-191). IEEE.
  35. Subrahmanian E., Reich Y., Konda S.L., Dutoit A., Cunningham D., Patrick R., Thomas M. Westerberg A.W. (1997). The N-Dim approach to creating design support systems. In Proceedings ASME DETC.
  36. Subrahmanian E., Reich Y. (2006). Advancing problem definition and concept generation for improved product life cycle, International Conference on Trends in Product Life Cycle, Modeling, Simulation and Synthesis, PLMSS-2006, 18-20 December, Bangalore, India.
  37. Takeuchi H., Nonaka I. (1986). The new product development game. Harvard business review 64(1), 137-146. Wikipedia (2014). A380, Accessed, 12/07/14, http://en.wikipedia.org/wiki/Airbus_A380
  38. Weber S. (2005). Success of Open Source, Harvard University Press.