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Computer engineering creates a bridge between the engineering and computer science disciplines. At the bachelor's level, computer engineering degrees teach you to design and develop computer-based systems using engineering principles.
Part of what can make computer engineering appealing is the field's breadth and applicability. Computer engineering covers hardware and software development and integration, as well as networks and cybersecurity applications. The need for computer engineers' skills increases alongside global demand for better computers that can integrate more seamlessly into daily life.
In this guide, we explore computer engineering degrees in detail, spotlighting what you can expect from programs in this field, where they can take you, and how to choose the best school for your needs. To help you make your decision, we also provide a ranked list of the best computer engineering schools and degrees.
Popular Online Programs
Learn about start dates, transferring credits, availability of financial aid, and more by contacting the universities below.
Best Undergraduate Computer Engineering Degrees
How We Rank Colleges And Bootcamps
ComputerScience.org ranks computer science degree programs at the associate, bachelor's, master's, and doctoral levels. We also rank bootcamps and certificate programs. Our top priority is making sure you find the best possible fit for your education. We use up-to-date national statistics and focus on factors like return on investment, academic quality, and affordability.
This ranking is from 2023. Learn how we created this list on our rankings methodology page.
Why Get a Bachelor's Computer Engineering?
Computer engineering began with the development of the first electronic digital computers in the early 20th century. Until about 1971, when Case Western Reserve University opened the first accredited computer engineering program, the discipline was an electrical engineering specialization.
According to the U.S. Bureau of Labor Statistics (BLS), the nation's computer hardware engineering workforce consists of over 78,000 professionals who design and develop computer systems and components. These engineers work in many industries, including research and development, computer design, electronic device and computer manufacturing, and government agencies.
Compared to computer science, which focuses on computer theory and the analytical applications of computers, computer engineering emphasizes hardware development. However, you can still put your technological, problem-solving, and critical thinking skills to work in a software engineering capacity. In fact, the high demand for software innovation within existing computer hardware makes this subfield a logical pursuit for many computer engineers.
It's largely because of computer engineers that technology has become so integrated in our lives. With a computer engineering degree, you can enjoy benefits such as:
Career Flexibility: Computer engineers can apply their computer and design expertise to multiple subfields, including software engineering, computer systems analysis, and computer network architecture.
Job Outlook: The BLS projects 5% growth in computer engineering occupations between 2022 and 2032, faster than the 3% average growth rate for all occupations.
High Earnings: With a median annual salary of $138,080, computer engineers make some of the highest wages among computer professionals. The top 10% of earners bring in more than $212,770.
What to Expect From Computer Engineering Programs
While computer hardware design and development remains the main focus of most computer engineering programs, computer engineering schools incorporate other technology elements into their curricula as well, including software development, cybersecurity, and robot design. Depending on your program, you may also study networks, electronics, video games, programming, and circuitry.
Computer engineering degrees typically require 120 credits and take about four years of full-time study. In addition to coursework, computer engineering programs often conclude with an applied design project where you synthesize the skills you've learned. The majority of these programs lead to a BS degree.
Many of the best computer engineering programs hold optional programmatic accreditation from agencies like ABET.
Admission Requirements
Every computer engineering school has its own admission process and requirements, but many institutions require materials like:
High school diploma or GED certificate
Recommendation letters
Minimum GPA
Standardized tests
Prerequisite courses in science and math
Application fee
You can apply to many computer engineering schools using the Common App, a tool that streamlines the application process and helps you send and monitor applications to multiple schools at once.
Degree Options
While the majority of computer engineering schools award BS degrees, you may encounter programs that culminate in BA or a bachelor of engineering (B.Eng.) degrees. These less common designations can reflect a different curricular focus. For example, BS degrees usually emphasize math and science, BA degrees typically require more interdisciplinary coursework, and B.Eng. degrees often have a practical focus.
Instead of a computer engineering degree, you can also pursue a general engineering degree with a cross-disciplinary specialization, such as a B.Eng. with a specialization in computer science.
Popular Courses
The courses you take depend on your computer engineering degree type, school, and program, but the following list highlights some of the more common classes you may encounter.
Computer Architecture: In this course, students learn the primary techniques for building computer systems and devices. The class explores the design process from beginning to end, considering concepts like performance and hardware/software interaction across design stages.
Computer Communication Networks: This course covers the process for analyzing network performance, including designing and developing efficiency improvements. Enrollees learn how factors like user access, congestion, and routing protocols impact network performance.
Circuit Analysis: In this class, students learn about analyzing circuits through methods like node voltage and mesh current. Learners also study circuit laws, power transfers, and voltage determinations.
Embedded Systems Design: This course teaches enrollees the techniques and methodologies for designing embedded systems and applications. The course may also cover topics in real-time operating systems and systems on programmable chip technology.
Are Computer Engineering Schools Expensive?
Though colleges and universities are expensive in general, computer engineering programs typically charge similar tuition to other bachelor's degrees. According to data from the National Center for Education Statistics for the 2022-23 school year, in-state students at four-year public schools paid an average tuition of $9,750. Out-of-state enrollees at public institutions paid $28,297, and learners at private schools paid $35,248.
Other costs to consider include room and board, course materials, and travel. Online programs can save you money in some areas, including in-state or reduced tuition rates for distance education learners at some schools.
No matter what your costs or your situation, consider applying for financial aid to help you pay for your degree. Completing your FAFSA each year can help you qualify for federal loans and grants. You may also need a completed FAFSA to apply for national, state, and institutional scholarships.
Jobs for Bachelor's in Computer Engineering Graduates
A computer engineering degree can prepare you for roles in many technology subfields, including jobs like computer systems analyst, network architect, and other computer science careers. With experience, professional certifications, and advanced degrees, you can even rise through the ranks into leadership and executive positions. We explore several of these careers below.
Computer hardware engineers design and build computer systems, components, and devices. They research technological problems and design solutions and improvements that address these issues. They may also oversee steps in the manufacturing process. These engineers often work in research and development, semiconductor manufacturing, and computer systems design.2023 Median Annual Salary: $138,080
Job Outlook (2022-32): +5%
2023 Median Annual Salary: $120,360
Job Outlook (2022-32): +32%
2023 Median Annual Salary: $130,160
Job Outlook (2022-32): +25%
Choosing the Right School for Computer Engineering
The right computer engineering school for you is the one that best aligns with your unique learning needs and future goals. Some considerations are more universal, such as institutional accreditation, a process schools must undergo before they can offer federal financial aid.
Here are some other factors to consider:
Program Curriculum: Look for a computer engineering program that covers the topics that interest you most. Search for specializations in the field that you want to work in, such as hardware, software, artificial intelligence, biomedical engineering, or information security systems.
Program Location and Format: Online learning may allow you to pursue a computer engineering degree without relocating, but check schools' residency requirements before jumping in. You may need to attend orientations, campus residencies, or some classes in person, which may be difficult if your program is far away.
University Resources: Your school's resources and support channels can make a big difference in your educational experience and your postgraduate opportunities. Research each prospective institution's offerings for career services, academic support, and facilities.
Cost and Financial Aid: When comparing program costs, be sure to research financial aid opportunities. Funding options like grants and scholarships can make programs more affordable.
Should You Get Your Degree Online?
Online learning can help you fit your studies around your schedule and reduce your travel requirements, but it may not provide you with the educational experience you need.
Online courses typically run in two formats: asynchronous and synchronous. Asynchronous delivery allows you to study anytime and anywhere, but it can feel less engaging and requires self-sufficiency. Synchronous delivery better simulates the traditional classroom environment, but it requires you attend class during specific hours, which may include evening or weekend meetings.
If you value an interactive classroom experience over flexibility, you might consider an on-campus program or a hybrid program that combines online and on-campus classes.
More Computer Engineering Degree Programs
Questions About Computer Engineering Degrees
What can you do with a bachelor's degree in computer engineering?
With a bachelor's in computer engineering, you can pursue entry-level careers in fields like computer engineering, software engineering, network architecture, and computer systems analysis. You can also continue your education with a master's degree in engineering or computer science.
Is a bachelor's in computer engineering worth it?
A bachelor's in computer engineering can help you qualify for careers that pay higher-than-average wages, giving these degrees a positive return on investment. The skills you build in these programs can also lay the foundation for graduate studies and professional certifications in several disciplines.
Does computer engineering require a lot of math?
Computer engineering programs do require math classes such as calculus, linear algebra, and probability. Though math is not the most central element of a computer engineering degree, you still need a functional understanding of math to be successful in this field.
Are computer engineering schools hard to get into?
Some computer engineering schools feature less stringent admission requirements, but the most competitive schools and programs may require minimum GPAs and standardized test scores. In many cases, the more prestigious a school is, the more selective their admissions process is.
The insights on this page — excluding school descriptions — were reviewed by an independent third party compensated for their time by ComputerScience.org. Page last reviewed June 20.
