Online Electronics Engineering Classes
Several colleges and universities offer online classes in electronics engineering at both the undergraduate and graduate levels. This article provides an overview of these classes, along with common requirements and course descriptions.
The following are commonly offered online electronics engineering classes.
Circuit Analysis: Electronics engineering students may take several circuit analysis classes during their online course of study. Typically, the beginning class introduces the general methods of analysis concerning nodal voltages, energy conversion, mesh currents, and network theorems.
Robotic Controls: This course covers the theory of robot operation and the use of programming languages in robotics. The class, which may require online students to attend a lab, usually results in functional examples of robots.
Industrial Electrical Control Systems: Students are introduced to industrial electrical circuits and systems, including single and three-phase systems, rectification, and current control. In addition, phase shift, frequency control, stability analysis, and protection circuitry are discussed.
Discrete Transistors: This class aims to increase the student's understanding of the design and theory behind transistors and semiconductors. Students explore the applications of transistors and transistor-based circuits.
Advanced Signal Processing: This graduate-level online class covers topics such as one- and two-dimensional digital signals, spectral analysis, and pattern selection. Signal filtering is also explored, including digital filter analysis, Wiener filtering, and adaptive filters.
Fundamentals of Electromagnetics: This course explores vector analysis, differential operators, Fourier analysis, scalar, vector fields, electro/magneto statics, time-varying fields, boundary value problems, dielectric, magnetic materials, and Maxwell's equations.
Optoelectronics: In this course, students are introduced to various types of optoelectronic devices, including light emitting diodes, injection lasers, and photo detectors. They also learn how these technologies can be applied in commercial and communication contexts.
Communication Systems: This course covers digital and analog communication technologies. Students learn how signal analysis concepts can be applied to the engineering and implementation of electronics-based communication systems.
Online electronics engineering classes are commonly available through associate's, bachelor's, and master's degree programs in the broader field of electrical engineering. These programs generally take anywhere from two to four years of full-time study to complete.
Classes typically utilize Web-based course management systems, discussion boards, and chat rooms. Online programs may also give students access to video recordings of on-campus lectures. Often, these programs are hybrids rather than fully online programs, since students typically need to participate in labs to learn the hands-on side of electronics engineering.
An online electronics engineering class may require students to have a high-speed Internet connection, e-mail account, and general computer literacy and previous college-level courses, particularly completion of advanced math and physics courses. Depending on the level of study, other prerequisites may include an associate's degree in a closely related field, a minimum GPA of 2.0, or acceptance into the university as a credit-seeking student.
Individuals who want to study electronics engineering online can find a variety of online courses that allow for the exploration of the conceptual underpinnings of the field and its real-world applications.