Which Online Electronic Engineering Courses Fit Your Goals?

What are the best online electronic engineering courses for beginners?

The best beginner option is the one that teaches the skill you want at a manageable level and gives you a clear way to practice. For a short introduction, Georgia Tech’s self-paced Coursera course covers diodes, transistors, and operational amplifiers, and is listed as five weeks at about 10 hours per week. Its syllabus also reviews linear circuit theory, Kirchhoff’s laws, impedance, and frequency response.

For a project-first start, Exploratorium’s Tinkering Fundamentals: Circuits is listed as beginner level, requires no prior experience, and estimates seven hours of flexible study. It is a hands-on workshop rather than a lecture-based class, but the course page says learners need tools and materials and that there is no active instructor participation. The Arduino for Beginners course is another self-paced option: its listing estimates two weeks at 10 hours per week, recommends basic computer literacy, and says prior electronics or programming experience is not required.

These short courses serve different purposes from an engineering degree. Use the syllabus to check whether activities match your intended outcome: introductory component knowledge, physical circuit practice, Arduino projects, or a broader engineering education. For an overview of subject areas, see What Do Electronic Engineering Courses Cover?

Are online electronic engineering courses accredited or recognized by employers?

A short course certificate is not the same as an accredited engineering degree. ABET accredits postsecondary degree-granting programs, not training or certification programs; its Engineering Accreditation Commission accredits engineering programs at bachelor’s and master’s levels, and some accredited programs are available online. Check the accreditation of the particular degree program, not just the institution or platform.

For example, the University of North Dakota lists its online electrical engineering B.S.E.E. as ABET-accredited. Arizona State University also lists its online electrical engineering B.S.E. as ABET-accredited and says its diploma and transcript do not identify whether the degree was earned online or in person. By contrast, Coursera lists shareable certificates for the Georgia Tech, Exploratorium, and Arduino courses. Those are course credentials, not evidence of an accredited engineering degree.

Before you pay, verify five items: the exact credential awarded, the program’s accreditation status, the syllabus, the level of instructor support, and the full cost—including materials or required tools. If you need transfer or degree credit, ask the receiving school directly; the course pages listed here do not establish that their certificates count toward a degree. For degree-specific planning, compare this guide with What Is an Electronic Engineering Bachelor Degree?

Can I get practical lab experience in an online electronics course?

Yes, online lab work can use physical kits, simulations, or remote access to hardware; check the specific course for which format it provides. UND says online B.S.E.E. students can complete required lab work remotely by purchasing lab kits. The kits contain equipment and components for circuit, electronics, and embedded-systems exercises, and the program also lists online simulations among possible learning methods.

Short courses can have a different practice model. Exploratorium’s course centers on activities using tools and materials, while the Arduino course includes building basic circuits and simulating projects in Tinkercad. These formats make practice possible without being equivalent to a degree program’s full laboratory sequence. The materials list matters: a course may require you to supply tools, and a shareable certificate alone does not show how much hands-on work you completed.

Ask these practical questions before enrolling: Is equipment mailed, purchased separately, or simulated? Which activities are required? Can you get feedback when a circuit does not behave as expected? Are lab materials included in the listed price? A direct answer from the provider helps you estimate both the learning experience and the real cost.

Do I need calculus or prior electronics knowledge before enrolling?

Prerequisites depend on whether you choose a short introductory course or a degree program. The Georgia Tech course reviews linear circuit theory and related concepts; the Arduino beginner course says no prior electronics or programming experience is required, while the Exploratorium course is listed as requiring no prior experience. These are more accessible starting points than assuming every electronics course begins at the same level.

Degree study typically involves a longer mathematics sequence. ABET explains that engineering curricula typically require multiple semesters of calculus and calculus-based theoretical science. It distinguishes engineering, which focuses on theory and conceptual design, from engineering technology, which generally emphasizes algebra, trigonometry, and applied calculus and focuses on application and implementation.

Program requirements can also create course-by-course prerequisites. UND lists MATH 165 before Electric Circuits I, with later coursework requiring further mathematics, physics, and earlier engineering courses. Its online B.S.E.E. is a 126-credit program listed as taking four to five years. ASU lists 120 credit hours and 40 classes for its online electrical engineering B.S.E., with 7.5-week sessions in the first two years and 15-week sessions in upper-division courses. Those schedules and entry requirements make degree study a different commitment from a short skill course.

Choose by the next decision you need to make. For a targeted skill, inspect the short course syllabus and prerequisites. For a degree or a formal engineering pathway, check accreditation, admissions preparation, lab requirements, course sequence, and total costs with the school. Write down your goal in one sentence—such as “I need to practice Arduino projects” or “I need an accredited engineering degree”—then use it to rule out courses that do not match.