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ELEG 53803. Introduction of Integrated Photonics. 3 Hours.

This course is designed to provide junior and senior graduate students detailed knowledge of integrated photonics by using silicon photonics as an example. The course covers a cycle of design, fabrication, and testing of photonic devices by using analytic and numerical methods. The course will focus on designing an interferometer, which is widely used in communication and sensing applications. Students will be exposed to use the state-of-art design simulation tool, Lumerical, to design the photonic circuits and to evaluate the performances. In the course project, students will extend the design rules to design a set of components to be used for integrated microwave photonics based on Ge on Si, SiGeSn, or Si3N4 on sapphire platform. Prerequisite: ·¡³¢·¡³ÒÌý42003 and ·¡³¢·¡³ÒÌý53503. (Typically offered: Irregular)

Electrical Engineering (ELEG)

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The graduate program in Electrical Engineering offers a master's degree and a doctoral degree.

Materials Science and Engineering (MSEN)

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...at the Nanoscale OR ELEG 52903 Integrated Circuits...3 3 3 MSEN 53803 Research Commercialization and...