For example, developments in the understanding of the structure of materials and the engineering of their properties directly led to solid state devices and the resulting revolutionary growth in all aspects of electrical engineering. The primary purpose of this course is to provide an introduction to the interrelation of the structure, properties and processing of materials, with emphasis on the first two. While the course covers a broad range of materials and properties, special treatment is given to those of particular interest for electrical engineers. Students learn about the fundamentals of structural materials.
Students learn the fundamentals of quantum mechanics.
Students apply these results to the understanding of the electronic properties of semiconductors. Grades will first be computed according to the following percentages. Late homework will be accepted up to two weeks after the class in which it is due or up to the last day of classes whichever is earlier. Penalty for one week late takes effect immediately following class in which it is due. After two weeks NO credit will be given.