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Electrical engineering spans an exceptionally broad spectrum, from microscopic components within computer chips to worldwide communication networks. Professionals in this discipline create, engineer, manufacture, and evaluate the ubiquitous electronic technologies that define contemporary society. Innovations such as self-driving electric cars, solar energy systems, and smartphones all rely on the components, circuits, signals, and systems crafted by electrical engineers. Your academic journey will commence with a demanding curriculum in mathematics, natural sciences, and foundational engineering to equip you for higher-level studies. As you progress, you can focus on one of five specializations: physical electronics, electromagnetics, analog electronics, digital electronics, or signal processing and communication. Alternatively, you may opt for a comprehensive program that blends coursework from multiple specialties.
Digital electronics explores logic design principles, the cornerstone of digital system development, and reinforces the construction of logic circuits through design, fabrication, experimentation, and project work. It covers fundamental number systems and logic components (like inverters, NAND, and NOR gates) and methods for building and refining combinatorial logic circuits. Additionally, this field provides the essential theories for designing digital circuits and systems (hardware) and realizing them with specialized computer software (firmware). It also addresses software programming theories and methods for developing microprocessor-based hardware tailored to specific applications and functions.