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Electrical engineering is a diverse field that has driven remarkable technological advancements over the past century, transforming nearly every facet of contemporary society. To build their expertise, electrical engineers require a strong grounding in mathematics and physics, which underpins their training in the core engineering processes of analysis, synthesis, design, implementation, and testing. These processes are essential for developing the devices and systems that form the foundation of today's energy, communication, sensing, computing, medical, security, and defense infrastructures. Each subfield includes areas that depend heavily on practical experimentation, as well as those centered on theoretical, mathematical, and computational methods. The interdisciplinary approach of electrical engineering education meets the rising need for designing and innovating increasingly complex sensing, communication, computing, and decision-making systems used in consumer, defense, and medical sectors. The program begins with a foundational set of courses covering circuits, electromagnetics, solid-state electronics, and computer systems, followed by a wide selection of specialized classes and labs spanning key modern electrical engineering domains, from power and energy systems to electronic and opto-electronic technologies.