Prerequisites: EE 138 or MSE 211 or PHYS 150A; graduate standing; or consent of instructor
Description: Introduces computational methods in materials science. Emphasizes fundamentals of density functional theory and its use in the solid-state context. Includes projects that provide practical hands-on experience. Students who present a seminar or submit a term paper receive a letter grade; other students receive a
Credit: Satisfactory(S) or No Credit(NC) grade. Credit is awarded for one of the following MSE 224 or MSE 156.