This senior-level electromagnetism course provides a rigorous exploration of advanced electromagnetic theory and its applications; preparing students for graduate studies or professional careers in physics and engineering. The course builds on foundational knowledge from earlier coursework; emphasizing mathematical formalism; problem-solving techniques; and physical intuition. Students will master Maxwell’s equations in differential and integral forms; analyze electromagnetic wave propagation; and explore boundary value problems in electrostatics and magnetostatics. The curriculum includes topics such as multipole expansions; waveguides; radiation from moving charges; and the interaction of electromagnetic fields with matter. Educational benefits include the development of advanced analytical and computational skills; enabling students to solve complex real-world problems in electromagnetics. Through theoretical derivations and practical applications; students strengthen their ability to model physical systems and interpret results critically. Problem sets and projects reinforce conceptual understanding while fostering independent research capabilities. The course also emphasizes the connection between theory and modern technologies; such as wireless communication; optics; and semiconductor devices. Collaborative learning is encouraged through group discussions and peer-reviewed assignments; enhancing communication and teamwork skills. By the end of the course; students will be proficient in applying electromagnetic principles to cutting-edge scientific and engineering challenges. This course serves as a capstone experience; integrating prior knowledge from mechanics; thermodynamics; and quantum physics into a unified framework. Successful completion ensures readiness for advanced study or technical roles in industries such as telecommunications; aerospace; and energy systems.
