![]() Understand the proper way of setting up your simulation.įinite-difference time-domain (FDTD) method of solving Maxwell's equationsįinite-difference frequency-domain (FDFD) method of solving Maxwell's equations Gain a better understanding of the numerical solver and ![]() Learn to conceive the propagation of electromagnetic waves through complicated media andįorm a better than ever understanding of Maxwell's equations.Īlready a user of some numerical solver of Maxwell's equations? Take EE256 and you will Learn to solve Maxwell's equations for realistic systems However, for realistic systems beyond simple textbook examples, these equations are in general difficult to solve. They are governing equations behind many of the modern technologies, such as radio and TV broadcasting, satellite and optical communication, radar, lasers, and solar cells. You probably have learned Maxwell's equations, which are the following four coupled partial differential equations (PDEs): EE256: Numerical Electromagneics (Stanford University, Spring 2014)
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