Two trends in information systems research provide an opportunity to a
dd an additional link between information technology and organizationa
l learning. First, there is an increasing penetration of information t
echnology into the firm's processes and structures. Second, research i
n artificial intelligence has given rise to the first generation of fu
lly computational architectures of general intelligence. In this resea
rch note we explore a melding of these two trends. In particular, we p
resent the crafting of an organizational process which can learn, and
develop and apply a new set of organizational learning metrics to that
process. The process is a simplification of a complex, parallel-machi
ne production scheduling task performed in a local manufacturing firm.
The system Dispatcher-Soar, generally supports a symbolic, constraint
propagation approach based, in part, on the reasoning methods of the
human scheduler at the firm. The implementation of this process is bas
ed on a dispatching rule used by the expert. The behavior of Dispatche
r-Soar centered around a small case study examining the effects of sch
eduling volume and learning on performance. Results indicated that the
knowledge gained can reduce within-trial scheduling effort. An analys
is of the generated knowledge structures (chunks) provided insight int
o how that learning was accomplished and contributed to process improv
ements. As the knowledge generated was in a form standardized to a com
mon architecture, metrics were used to evaluate the production efficie
ncy (eta(prod)), utility (eta(util)), and effectiveness (eta(eff)) Of
the accumulated organizational knowledge across trials.