Electrical engineering students study everything from circuits, electromagnetics, and control systems to robotics and theories of electrical engineering design. They typically spend the first few semesters taking advanced math, chemistry, and physics classes before completing major-specific coursework in electronics and engineering. To gain practical experience, students must also complete labs in electrical construction, where they learn techniques for wiring, fabricating, and installing electrical systems. These labs can be completed exclusively online via software that simulates the experience of interacting with hardware. Below are some examples of online courses in a BSEE.
Introduction to Engineering This required course helps students develop a foundational knowledge of electronic engineering. In addition to introducing various construction and application techniques for electrical design, this course familiarizes students with techniques, such as soldering and wire-wrapping.
Automated Instrumentation This class covers how students can use computers to control electronic systems. In addition to learning high-level programming languages, students gain experience with specific equipment and software used to facilitate interactions between humans and computers.
Circuit Theory This fundamental class focuses on the crucial role of circuits in electrical theory. Students learn about theoretical concepts, such as resistance, inductance, and voltage, while familiarizing themselves with the symbols conveying different connections in electrical diagrams.
Digital System Fundamentals Students taking this class learn how electrical hardware components are used when constructing computers. Topics covered include electronic design, hardware design languages, and memory circuits. This class also involves a lab component for students to gain hands-on experience.
Random Signals This class provides students with an understanding of probability theory as it relates to electrical engineering. Faculty teach mathematical concepts concerning random events, and they explain how to apply this theory in order to troubleshoot problems that may arise in electrical systems.
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