1. An interactive human resuscitation training simulator comprising: a robotic infant having an intelligent, interactive control mechanism and an outer skin, said outer skin's texture and feel approximating the skin texture and feel of a newborn infant, said intelligent, interactive control mechanism being partially disposed external to said robotic infant and including: (i) means for physically simulating within said robotic infant a condition corresponding to a human condition requiring resuscitation; (ii) means for detecting and evaluating resuscitation activities on said robotic infant by a student employing the simulator; and (iii) means for adjusting the robotic infant's physically simulated condition in response to the student's resuscitation activities as evaluated by said detecting and evaluating means, said adjustment mimicking a predetermined human reaction to resuscitation activity performed on the robotic infant by the student employing the simulator.