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Opportunities in computer engineering are plentiful, fueled by the need for innovative technology solutions across industries. With the ever-growing reliance on advanced computing systems, a degree in computer engineering has never been more valuable.

As one of the nation's top undergraduate engineering schools,Embry‑Riddle Aeronautical University provides a world-class education in computer engineering through our .

With a , students gain the skills needed to excel in an evolving industry. Here’s how to start your journey toward becoming a computer engineer.

What Is Your Goal?

The first step to becoming a computer engineer is setting a clear plan to meet your goal. Ask yourself these simple questions to ensure you’re on the right track:

• What drives my interest in engineering?
• Which engineering field best aligns with my interests and strengths?
• What are my short- and long-term career goals?
• Which degree path aligns best with my interests and aspirations?

By answering these questions, you can gain clarity and confidence as you start your journey toward becoming a computer engineer.

What Is the B.S. in Computer Engineering?

Computer engineering is an exciting and rapidly growing field that blends principles of both electrical engineering and computer science. The B.S. in Computer Engineering equips students with expertise in computer systems, programming, hardware, software and networks — creating a strong foundation for careers in various high-tech industries.

The program provides students with a comprehensive foundation that covers both analog and digital hardware, computer programming, circuit theory, computer architecture and software engineering. Students gain hands-on experience in designing, building and testing systems and applications that power modern technology. From avionics systems to cybersecurity and cloud computing, the program integrates real-world applications, preparing students for career opportunities in a diverse range of industries.

The program at the Prescott Campus also offers specialized tracks in Robotics and Space, giving students the opportunity to focus their studies and interest on different intersections of computer engineering and these high-demand fields.

What Does It Take to Become a Computer Engineer?

Becoming a computer engineer requires a strong foundation in both hardware and software, along with hands-on experience and problem-solving skills. Most start with a bachelor’s degree in computer engineering or a related field, covering programming, circuit design and systems integration. Internships, co-ops, certifications and project-based learning also help build a strong portfolio to enhance career opportunities.

Embry‑Riddle’s Computer Engineering program prepares students to innovate in industries like aerospace, cybersecurity and artificial intelligence through cutting-edge coursework and hands-on projects. Here’s what you’ll gain: 

• A strong foundation in programming, circuit design and systems integration.
• Hands-on experience with tools and technologies used by industry leaders.
• Collaboration skills to work effectively in teams.
• And so much more!

Courses such as Embedded Systems, Microprocessors, Artificial Intelligence and Digital Signal Processing provide students with the skills to excel in the field and beyond.

Where Do Graduates Work?

Making the decision to attend Embry‑Riddle to become an engineer is a wise choice. Roles in software engineering are vast and exciting — and graduates have found success in organizations such as The Boeing Company, Lockheed Martin, Google, Microsoft, Phillips Medical and more.

Computer engineers may find work in roles such as:

• Artificial Intelligence/Machine Learning Engineer: Build intelligent systems that analyze data, recognize patterns and make autonomous decisions, contributing to advancements in robotics, automation and AI-driven technologies.
• Avionics Software Engineer: Develop and test flight control systems, navigation software and onboard computing technologies for aerospace and defense applications.
• Cybersecurity Engineer: Protect computer networks, systems and data from cyber threats by developing security protocols, encryption methods and threat detection systems.
• Embedded Systems Engineer: Design and develop software for hardware-based systems, such as aircraft control systems, automotive electronics and medical devices.
• Systems Integration Engineer: Ensures seamless communication between hardware and software components in complex systems, optimizing performance in industries like aviation, telecommunications and more.

The reports 7% job growth for computer hardware engineers through the next decade — a growth rate much faster than the average across all occupations. This growth, which adds up to about 5,000 new jobs per year, is partnered with the median annual salary for these roles is reported as $138,080.

The Embry‑Riddle Advantage

Renowned for excellence in engineering, Embry‑Riddle offers unmatched resources and opportunities that can provide you with the knowledge, skills and experience necessary for success after graduation. Join a community of innovators and help shape the future of engineering and technology.

For more on engineering programs at Embry‑Riddle's Daytona Beach Campus, visit the .

To explore similar programs on our Arizona Campus, visit the .

Check out online engineering programs on the’ .