I found this article
about collective intelligence and planning which illustrates an example from
NASA’s mission control of the International Space Station, by a so-called ADCO
(Attitude Determination and Control) controller group. Among the planning
items, it included the planning for Mars Rover scientific activity and scheduling
activities in a bed rest facility (McCurdy, M. et al, 2009). According to the
authors of this article, planning is often a collective intelligence activity
especially needed for complex sociotechnology systems (Billman, D. and Feary,
M., n.d.). The concept of three temporal profiles for planning is introduced.
They are future-focused profile, present-focused profile and past-focused
profile. For complex sociotechnology planning, explicit collaboration in the
execution of plan activities must have all the actors within the plan to be
tightly coupled. The challenge is distributing the plan to different groups of
people who needs different pieces of information and the process can be error
prone and difficult to keep up-to-date. If the problems are deemed to be part
of collective intelligence, it warrants a deeper thinking about the larger
organization context. McCurdy, M. et al (2009) argued that many planning
approaches supporting collective intelligence “…do not support execution of
highly contingent actions, distributed across many players and hence provide
incomplete support for planning…”.
In the case of the Mars
Rover scientific activity and schedule planning by ADCO, many parties were
involved and it was a typically complex sociotechnical planning. The plan was
good and tight. Failure scenarios and possible problematic situations were well
thought out and solutions were provided to deal with each of them. Nevertheless
in 2010, something went wrong and it was found to be a programming problem. It
was an obscure one at that but it was not caught by all the testing that was
done to the software repeatedly before its operation.
With this in mind and
thinking back to my sociotechnical plans made for my fictional company Mimi
Enterprise in the last individual project, if similar problems occurred, the
impact may not totally destroy all the planning but will have considerable
negative effect on its success.
My sociotechnical planning was about Cloud
Computing, Telecommuting and Watson-type expert system/machine. Let’s assume
that the policy of Telecommuting applies to most of the employees whose role
can accommodate working from home and still be productive. This was carefully
investigated to be advantageous to the company and the collective intelligence
seems to be in-sync with the findings. After six months, the evaluation of this
program tells a story of failure. The element that is out of the control of the
planners’ hands is the morale of the telecommuting employees. It turned out
that those employees felt isolated and got a sense of loss of cohesiveness that
they enjoy when they all come to the office. The relevancy of this outcome to
sociotechnical planning is yet another example of how things can go wrong
especially in complex environments where lots of parties are involved. Work
morale is generally measured on a group level if not all employees. If only one
person has low work morale, it is a far simpler picture and often times, no
action is required to deal with it.
The two main forces that
may affect my idea of getting into Cloud Computing, allowing Telecommuting for
employees and the building of this Watson-type expert system/machine are
company’s bottom line and the opinion of the board members. The three items
planned can only be carried out if the company can afford to do so and have the
approval of the board members. Absence of either one will not indicate a green
light to proceed.
I have no access to the
recommended “Best Laid Plan” book. I referenced this article by Billman, D. and
Feery, M. (n.d.) titled Collective
Intelligence and Three Aspects of Planning in Organizations: A NSAS Example and
think that it is quite an appropriate piece of material to read for this topic.
References
Billman, D. and Feary, M. (n.d.). Collective Intelligence and
Three Aspects of Planning in Organizations: A NASA Example. Retrieved from https://www.parc.com/content/events/attachments/Billman-CIplanningTemporal.pdf.
McCurdy, M.,
et al (2009).
Space
Human
Factors
Engineering
Report:
Crew
Scheduling
Lessons
Learned.
NASA
Ames
internal
report.
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