In an earlier set of studies with a different intelligently Coached Simulat
ion (Orey, M.A., Fan, H., Park, J., Tzeng, S., & Gustafson, K. (1995). Eval
uation of Device operator in a context of a coached simulation environment)
, we found a retention and a transfer problem. We tried to solve these prob
lems while building a new Intelligently Coached Simulation (the SINCGARS Tu
tor). The solutions to the two problems were to use an interactive conceptu
al model for the retention problem and we used photographs of the equipment
as the visuals of the simulation. We then tested this new tutor with a gro
up of 22 officers who were not only required to know how to operate the SIN
CGARS radio, but would be responsible for teaching others in their unit whe
n their training was complete. We had one group of officers train on the re
al equipment, in pairs, with one instructor available for guidance. The oth
er group of 11 learned via the SINCGARS Tutor. The post test was to put an
actual radio into operation while being observed by a trained observer. Res
ults indicate that not only did the transfer problem go away, but officers
trained on the computer performed the task more accurately both initially o
n the immediate post test and again on a surprise four-week delayed post te
st. The SINCGARS Tutor was found to be a very good training solution. (C) 1
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