Embry-Riddle is dedicated to providing applied research solutions to the challenges facing our nation’s aerospace, aviation, and related industries. While rooted in aviation, research at our Daytona Beach Campus has expanded to include a diverse range of areas, including engineering, cyber and homeland security, human factors, modeling and simulation, and business.
The same technologies and expertise our faculty have developed and applied to aerospace and aviation related research, we now apply directly to other areas — space systems, high-performance vehicles, unmanned and autonomous systems, robotics, alternative and sustainable energy, medical human factors, commercial space operations, and more.
We are constantly expanding our partnerships with industry much of this development is taking place at The John Mica Engineering and Aerospace Innovation Complex at Embry-Riddle Research Park, which is adjacent to the ERAU campus. Supported by our new generation of research centers and laboratories, the MicaPlex not only fosters research growth on campus, but also provides an ideal setting for cross-fertilization and innovation between the campus and our industry partners.
In addition to this research park, Embry-Riddle manages the FAA NextGen Florida Test Bed, where technology is being developed that will support the nation’s expanding air transportation needs into the rest of this century. Research at the Test Bed will contribute to reducing fuel consumption and associated emissions, improving situational awareness for pilots, and providing safer and more efficient passenger service.
As our campus continues to grow, research by our nationally respected faculty — in partnership with industry — will expand the boundaries of current technologies and add to the body of our disciplinary knowledge to enable us to continue focusing on solving tomorrow’s challenges today.
The Daytona Beach Campus is already a world-renowned force in higher-education research with its current facilities.
Our four academic colleges show off the uniqueness and aptitude of their faculty and staff through their respective top-level research interests