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Nicholas Berente University of Georgia Susan Winter National Science Foundation University of Maryland - Jan 15, 2013 Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author and do not


  1. Nicholas Berente University of Georgia Susan Winter National Science Foundation University of Maryland - Jan 15, 2013 Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author and do not necessarily reflect the views of the NSF. 1

  2.  Agricultural Revolution ◦ Plow, Land Ownership, Currency ◦ Small Family Farms and Businesses ◦ Independence and Decoupling  Components do not communicate, mutually adjust, and act in concert  Advantages?  Disadvantages?

  3.  Industrial Revolution ◦ Steam Engine, Capital, Transportation, Mobile Labor ◦ Central Factory ◦ Tightly Coupled > Fully Integrated  Express a high degree of responsiveness among their subsystem components (Orton & Weick 1990)  Components communicate, mutually adjust, and act in concert  Advantages?  Disadvantages?

  4.  Digital Revolution/Information Age ◦ Enablers  Information and Communication Technologies  Globalization of Operations ,  Shared Resources ( Databases, Equipment/Sensors) (Winter & Taylor 1996; Child & McGrath 2000) ◦ Flexible, Distributed Organizations ◦ Multiteam Systems ◦ Loosely Coupled  Components partially responsive to each other  Advantages?  Disadvantages?

  5. Loose cou Loose couplin pling: Patterns of Action that are Distinct, or Separate, Yet Still Responsive to Each Other (Orton & Weick 1990) Buffering - Environment (Pfeffer & Salancik 1978) - Decisions (March 1978) - Subsystems (Perrow 1984) - Inspection (Meyer & Rowan 1977)

  6.  Drivers ◦ Unpredictability ◦ Ambiguity ◦ Novelty ◦ Complexity  Distributed Competencies  Challenges ◦ Fragmentation ◦ Inefficiency

  7.  Solutions ◦ Coordination/Integration  Leadership  Standardized Processes  Information Systems  Product Architecture Marks et al. 2005; DeChurch & Marks 2006; Hoegl et al.2004; Argyres 1999; Boland et al. 2007; Baldwin & Clark 2000; Browning 1998; DeChurch & Zaccaro 2010  = Tight Coupling!  Why Would You Want Loose Coupling?

  8. Source: Orton & Weick 1990

  9. Source: Berente & Yoo 2012

  10.  Lifecycle Stage ◦ Forming ◦ Functioning  Degree of Novelty ◦ Novel ◦ Familiar

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  12.  Striking a Balance ◦ Team Independence  Flexibility  Buffering  Innovation ◦ Cross-team Integration  Efficiency  Data to Test This?

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