This paper and presentation centres around a case study of the last two years of an interactive project with second year BA Graphic Design students lead by Jonathan Hamilton. The project was concerned with "How (in five weeks) do you teach immersive interaction design to a cohort of 120 students who are new to interactive design?"

An upper division undergraduate laboratory module to study Brownian motion was developed using polystyrene microspheres suspended in a sample liquid cell that was isolated from its surroundings. The dependence of the Brownian motion of the microspheres on their radius, the time, the viscosity of the suspension liquid, and the temperature were measured using a CCD camera interfaced with a frame grabber and a computer. The motion of each particle was monitored for 5minutes and was found to be consistent with the Langevin formula for Brownian motion.