Electrical Engineering Online Courses

First, you define your weekly study blocks so learning actually happens on your calendar.

Then, you choose one beginner course so you finish faster instead of juggling five tabs.

Next, you install a free simulator, run the sample circuit, and save your first plot.

After that, you keep a simple “stuck list” so confusion becomes a question you can resolve.

Meanwhile, you track progress by exporting one artifact per week to your portfolio folder.

Finally, you plan a small capstone, like a filter or regulator, so you end with a story to tell.

First, you replicate the lecture circuit and compare theoretical results with your simulation plots.

Next, you tweak values to see how the response changes so you understand behavior, not just formulas.

Then, you document your steps with screenshots, notes, and a one-paragraph summary.

After that, you build a safe, low-voltage prototype to feel the difference between theory and practice.

Meanwhile, you review datasheets and record assumptions, tolerances, and thermal notes like a pro.

Later, you present your findings to a friend or mentor using your plots, not just words.

Finally, you publish the files in your portfolio, so your learning leaves visible tracks.