Neurosciences Courses at Harvey Mudd College


Biology Department

115. Neurobiology. James R. Groome.
Mechanisms of nervous function. Membrane biophysics and neuroactive molecules, mechanisms of nervous signaling and communication, and functions of small and large neuronal circuits. Introduction to sensory systems, motor systems, and the neuronal basis of behavior. Prerequisites: Biology 52 and Physics 51. 3 credit hours. (First semester.)

152. Neural Networks. (Keller).
Modeling, simulation, and analysis of artificial neural networks and their relation to biological networks. Relation between dynamic properties and computational properties of large, interconnected parallel processors. Introduction to nervous systems. Design and optimization of discrete and continuous neural networks. Back propogation, simulated annealing, and internal learning rules. Simulation of single neurons and of large interconnected networks. Prerequisites: Biology 52 and Mathematics 73 and 82, or permission of instructor. 3 credit hours. (First semester.)

185N. Topics in Advanced Neurobiology. James R. Groome


Psychology Department

104. Developmental Psychology. Malakoff .
The study of the changes in thought, behavior, and emotions from infancy through adulthood. The facts and major theories of development. Questions about heredity and environment. Prerequisites: one psychology course or permission of instructor. 3 credit hours.

161. Cognitive Science and Psychology. (Malakoff).
An examination of current issues in cognitive science as they relate to human cognitive processes and structures. Topics include: philosophy of mind, language and linguistics, memory structure and processes, modeling knowledge organization, and artificial intelligence. 3 credit hours.


Physics Department

174. Biophysics. Peterson.
Selected topics emphasizing membrane biophysics at the molecular level, including physical properties of membranes, the generation and transmission of nerve signals, mechanisms of sensory transduction. Other possible topics: muscle contraction, neural information processing. Prerequisite: Biology 52 or permission of instructor. 2 credit hours. (First half of first semester.)