Embry-Riddle Advantage

As new challenges emerge in this ever-changing world, engineers develop solutions to make the world a better place for tomorrow.

The robust Engineering degree programs at Embry-Riddle prepare students to implement change in the world. The nation’s largest educator of aerospace engineers, Embry-Riddle is also a premier hands-on educator for other engineering disciplines. 

Regardless of which discipline you choose, our world-renowned faculty will prepare you for future success. Our specialized degrees offer leading education for all engineering fields, including aerospace, civil, computer, electrical, mechanical, software, and systems. 

Undergraduate students at Embry-Riddle are introduced to the foundation of engineering in their very first semester. Graduate students are immersed into their research and projects right from the beginning of their program.

All engineering students learn the latest methodologies and study beyond the fundamentals. 

Our students are challenged to design solutions, incorporating everything from brainstorming ideas, refining design, building, and troubleshooting to final testing and presenting a project. Engineers thrive in this environment.

Our faculty has substantial real-world experience. So we prepare you for workplace success.

Degrees & Programs

Embry-Riddle has degree programs suited to all types of students — from aspiring engineers to those already in the profession.

As one of the nation’s top undergraduate engineering schools, Embry-Riddle offers innovative bachelor’s programs, with options to combine certain degrees with graduate programs for an accelerated degree.

We also offer master’s and doctoral programs for those who wish to take their engineering careers to a higher level. Discover what makes our programs unique.

Professional Education

Review our non-credit continuing education offerings at proed.erau.edu.

Career Outlook

Embry-Riddle empowers you to enhance your potential for a fulfilling and rewarding career in engineering. We provide you with the tools, training, and skills needed to succeed in this exciting industry.

Within your discipline, you will have every opportunity to excel under the mentorship of dedicated faculty and in a team-driven culture united with fellow engineering students.

Once you take your place in the workforce as part of the vast Embry-Riddle alumni network, you will be recognized as one of the best in the industry.

Mechanical engineering is the broadest of the engineering disciplines because of the numerous opportunities it opens for graduates. Employment forecasts remain strong even during times of economic downturn.

The Bureau of Labor Statistics predicts 20,500 new civil engineering job opportunities through 2028. Demand for software engineering careers remain at the highest levels.

While some students continue to pursue research and advanced studies in engineering and science, many go right to work after graduating from Embry-Riddle.

23% of new jobs for engineering is projected to be for civil engineers

23% of new engineering jobs are projected to be in civil engineering

(U.S. Bureau of Labor and Statistics, Career Outlook for Engineers)

As our modern infrastructures age, civil engineers become sought-after candidates in diverse fields such as airport development, highway transportation, and municipal planning. Electrical engineers establish careers in a wide range of industries, including clean energy, robotics, and instrumentation, among many others. 

Of course, the aerospace industry employs engineers in every discipline offered at Embry-Riddle.


Our faculty and students are actively involved in engineering-related research. Read about how they’re positively impacting the industry in some recent projects below.

Learning Environments

Embry-Riddle allows engineering students to gain hands-on experience and knowledge through our state-of-the-art facilities and modern labs.

a student welds in the axfab lab

Prescott, AZ Campus

  • Engineering students at the Prescott Campus have a unique opportunity to work on projects and research in labs dedicated solely to them. Students operate remote and autonomous robots in the Aerial Robotics Lab or fabricate and assemble innovative projects in the Aerospace Experimentation and Fabrication Building, better known as AXFAB. In the AXFAB labs, students conduct prototyping using 3-D technology, test physical material specimens used in aerospace platforms, and heat-treat materials to prepare specimens for analysis.
  • Beyond the AXFAB labs, students also use the Wind Tunnel Lab, Robotics Lab, Propulsions Lab, Materials Testing Lab, and Structures Lab.
  • In addition, students are using the Advanced Vehicle Lab to design and construct an electric land speed record car to run at the Bonneville Salt Flats.
  • The STEM Education Center is Prescott’s new two-story building which covers 52,000 square feet of space and contains over 20 industry-grade laboratories, replete with innovative technological equipment unique to each STEM program the university offers. In addition to the top-ranked undergraduate aeronautical and aerospace engineering programs in the country, the STEM Center's facilities support degrees in astronomy, forensic biology, space physics, wildlife science, and the new bachelor's degree in Simulation Science, Gaming and Animation.