Abstract: This invention relates to a simulator for training medical teams, the members of which are located in different places, or stations, as they train together using apparatus in coordinated fashion in relation to a numerical data, or virtual, non-physical model without input from a live instructor, wherein each remote station provides a differentiated input with a plurality of differentiated devices, and receives differentiated feedback from the model to each individual station in representations which are visual, tactile, aural, and/or olfactory in their display, depending on the feedback required by each individual station.