There is practice in the course, but it's guided rather than lab-based. Most of the hands-on work comes through self-checks and quizzes where you'll apply ideas such as Ohm's Law, identify parts of the power system, or distinguish switches from circuit breakers. It's a better fit if you want to reinforce each concept as you learn it, not spend the course on open-ended engineering projects.

You'll cover electricity basics, how power is generated and delivered, and the equipment used to control and protect the system. The course also introduces switchgear, circuit breakers, disconnect switches, smart grid technologies, and renewable energy in the context of the U.S. grid. Overall, it gives you the vocabulary and system view needed to follow how modern electric utilities operate.

After finishing, you should be able to explain the main segments of an electric power system and describe what key components do within each one. You'll also be able to work through simple electrical relationships, tell generation from transmission and distribution, and recognize the role of devices like transformers or circuit breakers. For example, you could look at a basic utility diagram or description and explain how power is being moved, changed, or protected.

It's more concept-focused, with guided practice built in. Most of the learning happens through lessons and readings, and the quizzes help you apply what you've just learned. That suits learners who want understanding and industry vocabulary before moving into more technical work.