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A computer engineer fuses electrical engineering and computer science to develop new technology. Computer engineers design, build, and maintain hardware in modern computers.
These engineers focus on integrating hardware and software in a unified system safely and efficiently. According to CompTIA, computer engineers, cybersecurity professionals, and systems analysts make up the second-largest category of tech jobs.
Along with personal devices, computer engineers have a hand in creating robotics, networks, and other computer-based systems. This role tends to include a high amount of research and development, testing, and quality assurance. Computer engineering might appeal to problem-solvers and technology enthusiasts.
Computer engineers have a hand in creating robotics, networks, and other computer-based systems.
Computer engineers typically work within a team along with software developers and other tech professionals. The field requires strong foundations in science and mathematics, and most employees have earned a related bachelor's degree. Certifications in software, programming languages, or hardware systems can lead to additional job opportunities.
Below, you can learn more about computer engineering, including potential jobs, necessary skills, education, and helpful resources.
History of Computer Engineers
Computer engineering started as a specialization of electrical engineering before developing into a new discipline. As initially defined, computer engineering applied aspects of digital logic design from computer science to the design of microprocessors and technological systems.
As the field grew, computer engineering continued to adopt design fundamentals and theories from computer science. However, the Association for Computing Machinery's 2016 report on computer engineering curricula suggests that current trends in the field distinguish it from computer science.
Case Western Reserve University offered the first accredited computer engineering program in the U.S. in 1971. As of 2015, more than 279 computer engineering programs in the country hold accreditation from the Accreditation Board for Engineering and Technology.
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Similar Specializations and Career Paths for Computer Engineers
Computer engineering forms the major foundation of all technology, so engineers may pursue a wide array of specializations within the field. Employers in computer systems design and related services accounted for 22% of computer engineering positions in 2019, according to the Bureau of Labor Statistics (BLS).
Computer engineering professionals gain access to high-paying roles; according to the BLS, computer hardware engineers earn a median annual salary of $119,560. Additional education and experience can lead to lucrative managerial roles. The BLS reports a median wage of $151,150 per year for information systems managers.
Computer engineers can find related positions in most industries. However, they may need to pursue different concentrations or additional education to prepare for some specialized jobs. For example, a computer engineering program alone might not cover the advanced theories of aerodynamics necessary for computer engineering jobs in aerospace.
|Career Title||Description||Required Education||Required Experience||Median Annual Salary (2020)|
|Network Architects||Network architects specialize in the communication networks side of computer engineering. These systems can include local area networks, company-wide networks, and cloud computing.||Bachelor's degree||5-10 years||$116,780|
|Software Developers||Software developers focus on the programming side of computer science to create applications and programs.||Bachelor's degree||0-5 years||$110,140|
|Computer and Information Research Scientists||Research scientists develop new technologies or methods in computer science. They focus on creating cutting-edge technologies and novel solutions.||Master's degree||0-5 years||$126,830|
|Computer and Information Systems Managers||Systems managers use their extensive experience to lead tech-based teams or oversee an entire system. These managers may go on to head tech departments.||Bachelor's degree||5-15 years depending on the position||$151,150|
What Is a Computer Engineer's Job Description?
Computer engineers create and test hardware such as motherboards, routers, circuits, and other equipment. While a programmer focuses on the software side of computer systems, computer engineers specialize in the physical components of a computer. Computer engineers work in tandem with software developers to make sure any updates function as expected.
Companies rely on computer engineers to create modern processors and networking hardware.
Computer engineers often research new technology and methods in the field to create innovative products and solutions. This role can involve heavy amounts of testing and experimenting with new designs during the development process. After creating a successful design, computer engineers may supervise the manufacturing process.
Companies rely on computer engineers to create modern processors and networking hardware. Any tech companies that produce hardware need qualified computer engineers to make cutting-edge products and stay ahead of the competition.
In a competitive market, employers will look for computer engineers with the essential skills listed below.
Key Soft Skills for Computer Engineers
- Communication Skills: Computer engineers must work closely with other team members, including software engineers. They may also work with non-technical departments and employers when discussing project goals. An engineer must also clearly state design aspects and instructions to ensure the manufacturing process goes smoothly.
- Analytical Skills: An engineer must test their design multiple times to achieve a desired result. These professionals need to locate local issues in a larger system by testing, recording data, and analyzing the results.
- Problem-solving Skills: After analyzing flaws in the system, engineers need to find alternative ways of achieving the initial design goal or task. These employees may need to balance performance with the price or availability of resources while developing a project.
- Critical Thinking: When testing and altering a product design, engineers need to account for other factors affected by each change. Creating a successful design may require engineers to develop new techniques or look for solutions outside their standard field.
Key Hard Skills for Computer Engineers
- Microprocessors and Circuitry: Computer engineers must master the study of microprocessors and circuitry since those components make up the foundation of computers. Engineers cannot create electronics without understanding how to generate electric currents and transfer information on a physical level.
- Quality Assurance and Testing: Tech engineers rigorously test hardware designs and systems to ensure everything works correctly. A solid foundation in this skill allows engineers to prioritize major functions such as cybersecurity while finding workarounds for minor issues.
- Digital Signal Processing: Computer engineers develop systems that allow data to be sent via wireless communications. Digital signals create the basis of modern data storage and the internet, including speech and video processing.
- Operating Systems: A computer engineer needs extensive knowledge of major operating systems, like Windows, ReactOS, MacOS, and Linux, since the job often involves incorporating hardware with software.
A Day in the Life of a Computer Engineer
A computer engineer may work on project-based deadlines with a team. They often hold meetings to talk about a project's status, any potential issues, and upcoming deadlines. During the development process, an engineer can build, test, and modify prototypes frequently.
The role’s additional tasks depend on a worker's specializations and chosen sector. To learn more about the daily life of computer engineers, check out the link below.
Computer Engineer Salary and Career Outlook
The continued growth of the technology sector as a whole may indicate job security for computer engineering professionals. The BLS projects an 11% increase in jobs for computer and information technology positions from 2019-29. However, the potential growth during the same period for computer hardware engineers is lower than average, at a 2% projected increase in roles.
The BLS reports computer hardware engineers earn a lucrative annual median pay of $119,560. Pay for these positions varies depending on the sector; those working in computer systems design make a median salary of $114,190, while engineers in computer and peripheral equipment manufacturing earn $146,640 per year.
Computer engineering offers competitive, rewarding career opportunities. Use the link below to explore the job market and career paths for computer engineering in further depth.
Annual Median Salary
How to Become a Computer Engineer
Computer engineering requires an advanced understanding of mathematics, science, computers, and engineering. As a result, many employers only consider applicants with a bachelor's degree for entry-level jobs, according to the BLS.
Other forms of continued education may help applicants find computer engineering roles. Certifications and camps provide in-depth studies of programming languages, systems, or hardware that can line up with a candidate's desired role. For example, an engineer hoping to specialize in servers can take IBM i and MacOS Server courses to learn about the technologies widely used in server development.
Our guides feature several avenues for how to become a computer engineer.
- Steps to Becoming a Computer Engineer: View the overall process and timeline for finding a career in computer engineering.
- Computer Engineer Degree Programs: Compare and contrast the available types of computer engineering degrees while learning what to expect from each one.
- Associate Degrees in Computer Engineering: Discover the top-ranked computer engineering programs for an associate degree and what the path entails.
- Bachelor's Degrees in Computer Engineering: Compare the best bachelor's programs in computer engineering to find the right program and start your career.
- Master's Degrees in Computer Engineering: Explore graduate-level options for computer engineering degrees featuring advanced topics in the field.
- Doctorate Degrees in Computer Engineering: Master computer engineering through top-tier graduate schools offering the highest level of education.
- Comprehensive Guide to Bootcamp Programs: Learn about coding bootcamps, including the cost, courses, and availability, to supplement your CV or hone your programming skills.
- Certifications for Computer Science Professionals: Find out what professional certifications are available and how to earn them to increase your career options.
Resources for Computer Engineers
Professional Organizations for Computer Engineers
Established in 1947, the ACM forms the largest education and science society in the world. Members can access thousands of online educational materials and stay ahead of industry trends with various newsletters.
The IEEE forms a global community dedicated to improving the lives of people through technology. Members can advertise and collaborate on projects or pursue other opportunities through its extensive network and job board.
AWC promotes diversity in the field by supporting women in computer science. This organization provides networking, recognition, education, and mentoring opportunities through its many local chapters. AWC also bestows the Ada Lovelace Award to women who have made outstanding achievements in the field.
Originating in 1937, ASIS&T provides a platform for computer engineering professionals to discuss issues and policies related to the field. Membership provides access to the Journal of the Association for Information Science and Technology, a highly regarded scholastic journal in the field.
Learn More About Computer Engineering
How to Become a Computer Engineer
Get a comprehensive view of how to find a career in computer engineering. Learn the skills, education, and certifications necessary for a job in the field.
Salary and Career Outlook for Computer Engineers
Discover roles and specializations within the field of computer engineering. Compare the projected pay and outlook of major jobs along with other relevant data.
Day in the Life of a Computer Engineer
Learn what to expect from a job in computer engineering such as the typical work environment and schedule. See what daily tasks engineering professionals perform and decide if computer engineering is right for you.
Computer Engineer Degree Programs
Explore the different types of education and degrees available to those who pursue a career in computer engineering. Compare and contrast the different factors to determine which program makes sense for you.
Computer Engineer Certificates
Read up on the various certificate programs that can supplement your education or resume. Start your search for a certificate that matches your desired role in computer engineering.
Frequently Asked Questions About Computer Engineers
What does a computer engineer do?
Computer engineers design, build, and test hardware components and systems. A computer engineer works with software developers to ensure the hardware and software work in tandem while balancing factors such as performance and material cost.
Why is computer engineering a good career?
Computer engineering offers interesting, vital roles developing new and cutting-edge technology, a necessity in modern society. This role can appeal to those who enjoy solving puzzles or creating something new. The field boasts lucrative salaries and career growth opportunities.
How much does a computer engineer make?
According to the BLS, computer engineers make a median annual salary of $119,560. The pay may vary depending on the sector and experience level. For example, the BLS reports that engineers working in research and development earn $133,060 per year.
Are computer engineering jobs in demand?
Existing data shows conflicting results. The BLS projects a marginal job outlook increase of 2% in computer hardware engineering positions from 2019-29. However, the BLS also projects an overall 11% increase in tech industry jobs. Computer engineering jobs remain essential to creating new technology.
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