Basics Of Computer Engineering: An Intro To The Majors -

Basics Of Computer Engineering: An Intro To The Majors

basics of computer engineering

When looking at a course in this field, it is important to understand all the different topics that come into play, and how they will apply to one’s career. The following are the four most fundamental aspects of computer engineering.

In order to get into computer engineering majors, there are a number of requirements that must be met. Many schools work closely with national Computer Networks organizations to help students meet these requirements. Other requirements relate to the particular program being taken. For instance, those taking an interdisciplinary program in computer science may have to demonstrate a strong interest in analyzing computer systems, and implementing solutions for problems that they detect. Those who plan on entering computer engineering majors that focus on specific technologies may have to demonstrate their technical and creative aptitude for dealing with technology issues.

Network Theory

A woman sitting at a table using a laptop

One of the first basics of computer engineering that every student must learn is network theory. This class teaches students how the Internet, its servers, routing protocols, and security measures, work together to provide users with the data they need to do their everyday activities. Network theory is used to help students understand how everyone in the office can use the Internet and what types of interactions must take place between colleagues to accomplish work-related tasks. This class is typically offered as a part of an online bachelor degree program.

A second fundamental of computer engineering majors is calculus. Calculus offers a solid framework for solving complex mathematical equations. The core curriculum for calculus students must include topics such as algebra, analysis, trigonometry, calculus, and higher order logic.

Digital Signal Processing

A person sitting in a chair

The third topic in computer engineering majors’ coursework is digital signal processing. Digital signal processing refers to the process of converting an analog signal into a digital signal, which can then be used in manufacturing processes such as video production or computer graphics. In order to fully grasp the subject matter within this area of study, students must complete a core digital signal processing course. Usually, graduates of this course receive their Bachelor of Science degree in the field and are able to enter several majors including aerospace, electrical, and software.

There are also a number of minors, electives, and certificates offered through most community colleges and trade schools that focus on the essentials of computer engineering. A few of the electives common to all computer engineering majors are microcomputers, artificial intelligence, digital signal processing, discrete math, and software engineering.

Discrete Math

A handful of classes may also offer experience working with real electronics equipment. Electives and minors are a good way to satisfy graduation requirements without having to take many prerequisites.

One of the more popular courses for computer engineering majors is the coursework related to discrete math. This includes such topics as algebra, geometry, calculus, and calculus physics. Students in this course are also encouraged to learn programming languages, such as C++, Java, MATLAB, R, Python, and more. Courses in this particular area are often applied to obtain an ECE diploma.


Before starting any computer-related course, it’s important to ensure that you’ve taken the appropriate courses at your university core. For example, if one of your courses needs to include discrete math, then you should already have taken the required calculus class in your school. Similarly, if you need to learn programming languages, such as Java, JavaScript, PHP, or Ruby, you should already know these languages by now. If you haven’t learned one of these things, consider taking those classes first. They’ll give you a leg up on your degree and could save you valuable time when it comes to finding an engineering job.

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