Online Electrical Engineering Classes
Studies will prepare students to design and improve electrical and electronic systems. Classes generally teach the principles behind electrical circuits, electronic systems, computer processors, communication signals and communication networks. In order to understand these subjects, students must acquire a strong foundation in physical science and mathematics, as well as related fields like computer science.
Online classes typically cover the following areas of knowledge:
Students will perform mathematical calculations while focusing on complex systems that transmit precisely controlled energy. They will need to complete college courses in mathematics, in which include calculus, matrices, differential equations and linear algebra.
The goal of this type of coursework is to understand the physical machinery that makes electrical and electronic systems work. Most classes require strong foundations in physics, and successful students will master electro-magnetics, quantum theory and the physics of electrical systems.
Signals and Systems
Students will gain an understanding of electronics and computer systems by learning how electricity and electrons are used to store and transmit information. Concepts involved in this include electronic signal generation and processing, radio communication, fiber optic networks, and information encoding.
At the core of this field of study is the use of mathematical models to predict and design the behavior of electrical components when combined in various ways. Certain classes will prepare students to determine the electrical properties of a circuit, optimize its performance, and determine possible points of failure.
Once a student understands the physical systems used to transmit and store electronic information, they can examine the methods used to format and manipulate data within those systems. Some courses cover the mathematical algorithms for evaluating data structures and specific arrangements of data for particular applications.
Specific courses also help develop the following skills:
In some of the more technical courses, students will use advanced computer systems to analyze and model electrical circuits. Students should gain familiarity with a variety of computer hardware and specialized software designed for complex math and engineering applications.
Inductive and Deductive Reasoning
Electrical engineering centers on rigorous scientific discipline, which requires students to learn how to draw logical conclusions from data and form educated expectations about future results. These courses will teach pattern recognition, performing mathematical proofs and modeling future behavior.
Critical Thinking and Analysis
Students will discover how to use skepticism and discipline to examine information. Certain classes can build vital skills, including logical criticism, problem identification and applying formal logic to real world situations.
Through these courses, students learn to command the electronic systems by using computer code. This provides practice in the use of all levels of computer programming, from binary and assembly language to advanced object oriented programming and memory management.
Judgment and Decision Making
By studying engineering, students will have the opportunity to make well considered decisions about complex situations. Studies in this subject area may analyze designs for strengths and weaknesses and gain the confidence required to make far seeing decisions.
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