A long-term engagement in ``Intelligent System Modeling using Neural Networks" has led to stabilization on a basic modular NN architecture with a few variants among the individual modules. The maturity of these models suggests it is timely to seek improvements via: 1) distributing the simulations to promote group efforts and 2) expressing model results in animations, to complement statistical descriptions. We describe these, giving a slight copy advantage to ``JAM": J for Java, A for Animation and M for Model(ing). Java performs GUI and networking functions. Animations on a PC depict physical movement of objects in a (laboratory) setting; we use Proof Animation. Models running on Sun Workstations generate scripts for the animations on the PC; these can be in virtually any language. We : 1) outline our problem area with sufficient scope and depth to provide for the reader and ourselves the motivations and important features to animate; 2) sketch Java's communications role; and 3) relate all this to a commitment on contributing to modeling methodology in general via connecting to our related work on general purpose simulation environments and scientific visualization.