| Computer Engineering | |
| Index of articles in the Computer Engineering Curriculum | |
| Prereqs | |
| *Science prereqs | |
| *Calc I - derivatives and intergrals | |
| * Electrostatics | |
| 100 level | |
| *Intro to computer engineering | |
| *Intro to programming | |
| *Intro to electricty | |
| *Calc II - limits and series | |
| 200 level | |
| *Linear circuits | |
| *Intro to digital logic | |
| *Intro to Object Oriented Programming with Java | |
| 300 level | |
| *Computer architecture | |
| *Intro to electronic devices | |
| *Programming in C and C++ | |
| 400 level | |
| *Embedded systems | |
| *Networks | |
| *Programming Data Structures and Algorithms | |
| *Signal processing | |
| Electives | |
| *Additional topics in computer programming | |
| This article is part of a series of articles intending to offer a curriculum of Computer Engineering. For information, please see Category:Computer engineering curriculum. |
This article will introduce the reader to basic concepts in electricity, including voltage, current, resistance, and power. The electrical background presented here should prepare the reader for more advanced studies of electrical circuits and electronics. Readers should be familiar with electrostatics.
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