Electrical engineering is an extremely diverse field ranging from the ultra-small devices inside our computer chips to global-scale communications systems. Electrical engineers design, develop, build, and test the electronic devices that are ever-present in the modern world. Everything ranging from autonomous electric vehicles to solar panels and smart phones depend on devices, circuits, signals and systems developed by electrical engineers. You will begin with a rigorous series of courses in mathematics, natural sciences and basic engineering to prepare yourself for more advanced study. At the upper-division level, you may choose to specialize in one of the following five areas: physical electronics, electromagnetics, analog electronics, digital electronics or signal processing and communication. You may also choose a broad program of study that allows you to distribute your coursework among two or more of these areas.
The Information System area studies all aspects of data, signals, and information, including how to collect, store, organize, model, search, and analyze data and signals, and how to improve the performance, robustness, and management of information systems. Specifically, signal processing focuses on methods and algorithm designs to process signals (audio, video, electromagnetic, biomedical, remote sensing, multimedia and others). Data science studies data processing and management in virtually every aspect of modern life (e.g., entertainment, communications, health, defense and finance). Communication and networking covers activities across all aspects of information systems that process and transmit information, and the underlying science and mathematics, and includes communications, networking & information theory, signal processing and inference. Students join the industry in telecommunications, wireless, social media, e-commerce, entertainment, health, defense and finance.