It may be hard to decide on pursuing a computer engineering or electrical engineering degree. Both of them include technology, circuits, mathematics and problem solving. Both can produce excellent careers in such fields as electronics, robotics, communications, auto technology, computing, etc. They specialize in different segments of the tech industry, though.

Individuals typically look for computer engineering or electrical engineering because they wish to select the appropriate college major, degree or career. Both fields are intertwined and it may be difficult to distinguish their boundaries and scope.

Computer engineering emphasizes more on computer systems, digital hardware, embedded computing, and hardware/software relationships. Electrical engineering encompasses more electrical and electronic systems such as power, circuits, communications, control systems and electronics.

The best one would be based on your interests and future career objectives. Computer engineering is a better field for those who like computers, hardware, programming and embedded systems. If you want to work with electricity, electronics, power systems, signals, or electrical technology in general, you might want to consider electrical engineering.

This guide will make the important distinctions easy to understand.

Computer Engineering or Electrical Engineering :  quick answer:

They share some similarities and overlap while they have different primary focuses.

Computer engineering concentrates on computer hardware, digital systems, computer architecture, embedded systems and software-hardware integration.

Electrical engineering is the study of electricity and electronics, power and power systems, circuits and signals, communications, control systems and electromagnetic systems.

A simple comparison:

Field	Main Focus	Common Areas
Computer Engineering	Digital and computing systems	Computer systems, embedded systems, computer architecture, robotics, hardware and firmware.
Electrical Engineering	The design and installation of electrical and electronic systems.	Power, Circuits, Electronics, Communications, Control systems

According to Purdue University, electrical engineering involves electricity, electronics, and electromagnetism, and computer engineering it involves computer systems, hardware, and software design and development.

Simple Examples

A computer engineer could work with the following:

• Computer processors
• Embedded devices
• Smartphones
• Robotics
• Firmware
• Computer architecture
• Internet-of-Things devices
• Hardware-software systems

A Electrical Engineer could be involved in:

• Power grids
• Electrical circuits
• Motors
• Communication systems
• Control systems
• Electronics
• Renewable energy systems
• Electrical equipment

There is much overlap. A number of universities have both programs under one department, typically called electrical and computer engineering.

The Origin of Computer Engineering / Electrical Engineering

Both fields have a common ancestry in the field of development of Electricity, Electronics, Communications and Computing.

As scientists and engineers gained understanding of how to produce, regulate, move and utilize electricity, electrical engineering emerged. It was later expanded to electronics, telecommunications, control systems and much more.

Computer engineering developed later as computers and digital electronics became more important. The blend of electrical engineering and computer science. Modern computer engineering includes both modern computer hardware and software to enable modern computer hardware to function.

This natural link between the two disciplines was established by the development of computing. They had to be skilled in electronics and circuits to construct computers, but they also had to be skilled in programming and computer architecture to make useful computers.

The border between the fields is often very close today. Computer engineering, for instance, at Purdue is defined as the design of computer systems and their components on both hardware and software.

The IEEE History Center also has a collection of the histories of electrical, electronic and computing technologies, which illustrates the interrelatedness of these disciplines.

British English vs American English Spelling

The major British-American difference between the two is that “computer engineering” is more common than “electrical engineering.”

Normally the words British English and American English use are:

• computer engineering
• electrical engineering
• computer engineer
• electrical engineer

The spelling of the words is relatively stable in all varieties of English, since they are used in the context of academic subjects and professions.

Comparison Table

Term	American English	British English	Meaning
Computer engineering	Computer engineering	Computer engineering	Computer systems – engineering focus
Electrical engineering Computer engineer	Electrical engineering Computer engineer	Electrical engineering Computer engineer	Engineering electrical & electronic systemsProfessional working in computer engineering
Electrical engineer	Electrical engineer	Electrical engineer	An engineer whose job is to work with electricity.
Computer engineering degree	Computer engineering degree	Computer engineering degree	Bachelor’s degree in Computer Engineering from any institution of higher education.
Electrical engineering degree	Electrical engineering degree	Electrical engineering degree	B.S. in Electrical Engineering

These engineering terms do not usually differ in their spelling between American and British English, as do words like color/colour or center/centre.

Which Spelling to Use?

Whether you are writing for a U.S., U.K., or a Commonwealth or global audience, you should use computer engineering and electrical engineering.

For a US Audience

Use:

• Computer engineering
• Electrical engineering
• Computer engineer
• Electrical engineer

For a UK or Commonwealth Audience

These can be used interchangeably:

• Computer engineering
• Electrical engineering
• Computer engineer
• Electrical engineer

Be prepared for a Global Audience.

Write the standard terms, but do not alter the spelling.

It isn’t a spelling issue. It is selecting the right field for the topic you’re talking about.

For example:

She likes computer hardware and programming, so she would like to learn computer engineering.

Apply electrical engineering in broader electrical systems:

“The reason for his selecting the field of electrical engineering is that he wants to work with power systems and electronics.”

Common Mistakes in Computer Engineering or Electrical Engineering

1.Assume that the fields are all the same.

Computer engineering is related to electrical engineering, but not the same.

Better: Describe a general theme for each discipline.

2.Assuming computer engineering is just programming.

Computer engineering is not all about developing software.

It can include:

• Digital logic
• Computer architecture
• Embedded systems
• Hardware design
• Processors
• Firmware
• Software-hardware integration

Computer engineering is a blend of software and hardware, along with basic electrical engineering concepts, Purdue says.

3. Assuming only electrical engineering is power

Power engineering is a part of Electrical engineering, but there’s much more.

Electrical engineers can work in:

• Electronics
• Communications
• Control systems
• Circuits
• Electromagnetics
• Energy
• Medical technology
• Automotive systems

4.Think one degree is always better

There is no such thing as a better or worse degree.

Your choice must be based on your interests.

Computer engineering might be a more suitable choice if you enjoy computers and digital hardware. Electrical engineering might be more suitable if you are interested in electrical systems, electronics, power and/or signals.

5. Mixing up computer engineering with computer science.

Generally, computer science is more theoretical, on algorithms, software, and computer programming.

Computer engineering relates two areas of Engineering: computing and hardware/electrical.

At Purdue, computer science is defined as being software oriented, and computer engineering is a blend of software and hardware.

Computer Engineering or Electrical Engineering in Everyday Examples

The following are common terms used in education, employment, technology and professional communication.

In Emails

After high school, I want to become a computer engineer.

My brother is studying electrical engineering.

In Formal Writing

“Computer engineering is a blend of computing and electrical engineering.

Electrical engineering is involved in a wide variety of electrical and electronic systems.

In Job Descriptions

A company can post job openings for:

• Computer engineer
• Embedded systems engineer
• Hardware engineer
• Electrical engineer
• Electronics engineer
• Controls engineer
• Firmware engineer

The specific title of the position will vary depending on the employer and the tasks.

In News

Computer engineering is frequently mentioned in technology news articles about processors, AI hardware, robotics, embedded systems, and computing systems.

Energy, power lines, electronics, communications, transportation and control systems are ubiquitous topics that involve electrical engineering.

On Social Media

Students often ask:

Which should I pick: computer engineering or electrical engineering?

Others may talk about the degree that is better suited to their interests in robotics, electronics, programming, semiconductors or power systems.

Computer Engineering or Electrical Engineering : Google Trends & Usage Data

Google Trends doesn’t represent searches, but rather the number of searches relative to the total number of searches conducted over a period of time. It allows users to compare search terms by countries and across time.

The number of people searching for these words may vary depending on:

• University application seasons
• Career planning
• Technology trends
• Semiconductor growth
• Artificial intelligence
• Robotics
• Energy technology
• Job-market discussions

The terms also have different search intent.

Those looking into computer engineering programs are interested in:

• Degree programs
• Computer hardware
• Careers
• Programming
• Embedded systems
• Computer architecture
• Salaries
• College majors

Individuals who are interested in electrical engineering can specialize in:

• Electrical engineering degrees
• Power systems
• Electronics
• Circuit design
• Communications
• Control systems
• Energy careers

Rankings vary across the world, so a global ranking is not a sufficient indicator. Google Trends can be compared across space and time and is helpful for determining what the local interest is at the moment.

Keyword Variations Comparison

Keyword	Main Search Intent	Best Interpretation
computer engineering	Education and career	The hardware and software aspects of a computer system.
electrical engineering	Education and career	A. Efficient operation and maintenance of electrical and electronic systems.
There seems to be some confusion regarding the difference between computer and electrical engineers.	Comparison	Selecting either of the two fields
computer engineer	Career	Professional working with computer systems
electrical engineer	Career	Professional working with electrical systems
computer engineering degree	Education	College degree information
electrical engineering degree	Education	College degree information
CE vs EE	Comparison	Short form of the comparison

Computer Engineering vs Electrical Engineering: Career Comparison

There are many career possibilities with both fields.

Career Area	Computer Engineering	Electrical Engineering
Computer hardware	⭐⭐⭐⭐⭐	⭐⭐⭐⭐
Embedded systems	⭐⭐⭐⭐⭐	⭐⭐⭐⭐
Programming	⭐⭐⭐⭐	⭐⭐⭐
Computer architecture	⭐⭐⭐⭐⭐	⭐⭐⭐
Power systems	⭐⭐	⭐⭐⭐⭐⭐
Electronics	⭐⭐⭐⭐	⭐⭐⭐⭐⭐
Robotics	⭐⭐⭐⭐⭐	⭐⭐⭐⭐⭐
Communications	⭐⭐⭐⭐	⭐⭐⭐⭐⭐
Control systems	⭐⭐⭐⭐	⭐⭐⭐⭐⭐
Semiconductors	⭐⭐⭐⭐⭐	⭐⭐⭐⭐⭐

These ratings are only guidelines, not regulations. Each university program may have varying levels of focus on each subject.

Which Is Harder: Computer Engineering or Electrical Engineering?

Both degrees can be challenging.

Both science and engineering students typically take classes in mathematics, physics, programming, circuits, and engineering concepts. It varies according to each university.

If you don’t like:

• Programming
• Digital logic
• Computer architecture
• Hardware-software integration

If you don’t like:

• Circuits
• Electromagnetics
• Signals
• Power systems
• Advanced mathematics

What’s more important is your strengths than the degree’s name.

Which Has Better Career Opportunities?

Career trajectories are good in both of these fields.

Computer engineering may be particularly beneficial for jobs that include:

• Semiconductors
• Embedded systems
• Computer hardware
• Robotics
• Firmware
• Computing systems
• Artificial intelligence hardware

Electrical engineering has the potential to be particularly advantageous for:

• Power engineering
• Electronics
• Communications
• Control systems
• Energy
• Automotive systems
• Aerospace
• Industrial technology

There’s overlap today due to modern technology. An engineer may have to apply knowledge from both disciplines in the development of a product.

Frequently Asked Questions on Computer Engineering/Electrical Engineering

Is computer engineering better than electrical engineering?

There is no “best” or “worst” answer for this question. Computer engineering could be a good choice for students interested in computers, hardware and programming, and electrical engineering could be a good choice for students interested in electrical systems, electronics, power, and signals.

Which is more difficult, computer engineering or electrical engineering?

They’re both challenging. The difficulty will vary based on your interests, strengths, University courses and your career objectives.

May an Electrical Engineer be a Computer Engineer?

Yes. There is a high degree of overlap in the fields. A graduate course, project, work experience or further study can help an electrical engineer develop computer related skills.

Which is better for robotics?

These can be great choices. Computer engineering may be advantageous for computing, embedded systems and robot control, and electrical engineering may be great for electronics, motors, sensors and control systems.

Which do you prefer to program?

Computer engineering generally offers greater opportunities to deal with programming and computer systems. The amount of programming however is dependent on the university program.

What does it take to be better for a power system?

Electrical engineering is typically the smarter option as it has the power generation, transmission and distribution, and electrical energy systems among its core areas.

Is computer engineering part of electrical engineering?

In some colleges, the two programs are located in the same department or school. But computer engineering is a field of study in many colleges and universities.

Which should I take: computer engineering or electrical engineering?

If you like computers, hardware, embedded systems and programming, consider computer engineering. Select the option of Electrical Engineering if you are interested in Electrical Systems, Electronics, Power, Communications, or Control.

Conclusion

Between computer engineering or electrical engineering you should pick based on the things you want to create and study. There are a number of subjects that the two fields are related to, such as mathematics, physics, circuits, electronics and technology. They both have their primary emphasis, though.

The focus of computer engineering is computer systems. It is a mix of hardware and software, and can result in work in computer architecture, embedded systems, processors, robotics, firmware and digital technology. Electrical engineering includes a broader spectrum of electrical and electronic systems (power systems, electronics, communications, signals and control systems).

There’s no special field that is necessarily superior. It will depend on your interests and career goals. Computer engineering might be more suited for you if you are interested in computers and wish to learn how they operate with software. If you like electricity, electronics, energy or wider electrical systems, then electrical engineering might be more your cup of tea.

The spelling remains the same in British English as well as American English. If you are looking for a worldwide audience, you can just use computer engineering and electrical engineering. First and foremost, make sure you take the right course in a field that aligns with your talents, interests, and future career goals.