The physics of these materials and devices is stressed, but some time is devoted to fabrication technology and applications. Biasing, analysis, and design of BJT and FET amplifiers. Independent study and seminar-type work under close faculty supervision. Discussion of advanced topics in electrical engineering in preparation for graduate work. Concepts of modern optics, coherence, diffraction, and Fourier optics, optical resonators, Gaussian beam optics, laser fundamentals, and light amplification.
Course includes a design project concerning an optical system or instrument.
Engineering design problems involving modern microprocessor systems, operation of ALUs, data paths, control units, input and output, memory, and networks. Design projects requiring application of electromagnetic theory and use of numerical methods. Not for graduate credit . Electromechanical devices and systems in translation and rotation. Design of sensors, actuators, and systems as used in control applications.