Undergraduate and graduate programs in the College of Engineering's five departments — Aerospace Engineering; Engineering Fundamentals; Civil Engineering; Electrical, Computer, Software, and Systems Engineering; and Mechanical Engineering — are recognized for their innovation, rigor, and balance of theory and practice. As the largest educator of aerospace engineers in the nation and a premier hands-on educator in other related engineering disciplines, the COE plays a vital role in maintaining our nation's preeminence in aerospace and related industries.
Hello and welcome! I am honored and privileged to serve as the dean of the College of Engineering at Embry-Riddle Aeronautical University. This is a special place for people with a passion for aeronautics, space, and aviation.
These programs allow high-achieving students to earn both a bachelor's and master's degree in an accelerated manner.
Students in Embry-Riddle's Bachelor of Science in Aerospace Engineering program can opt to focus on aeronautics, astronautics, or aerospace propulsion in one of the highest-ranked BSAE programs in the United States.
Students in this program can help engineer a better tomorrow, crafting down-to-earth solutions to some of the loftiest global challenges.
Students in the Bachelor of Science in Computer Engineering get hands-on experience with embedded computer systems on platforms ranging from small mobile robots to systems critical to aviation and aerospace.
Students who enjoy using computers to analyze and solve complex problems that arise in the natural world, human behavior, national security, or business can prepare for a career in government or industry, or lay the foundation for graduate studies in computer science or software engineering.
Electrical Engineering graduates help lay the foundation of modern technology, with electronic devices enabling everything from digital computers to satellite navigation.
With the modern world’s need for high-technology travel and clean energy, the Bachelor of Science in Mechanical Engineering program provides one of the most in-demand degrees and access to some of the most exciting and innovation-driven career tracks.
Embry-Riddle's aerospace engineering program is renowned in the aerospace industry, and this program — which offers both thesis and non-thesis options — prepares students for careers in the industry and in research and development.
Civil engineers plan, design, and build the infrastructures on which we rely. At Embry-Riddle we bring aerospace technology to this established engineering field, which results in a unique educational environment for you.
This degree program prepares students — many of them current engineers and managers looking to enhance their skill set — to address challenges in the development of secure systems and well as maintaining secure operations, maintenance, as well as decommissioning of these systems.
This sought-after degree has thesis and non-thesis options and two areas of focus: digital communications and avionics & radio navigation for the electrical engineering side, and project management and computer systems safety for the computer engineering side.
With advanced knowledge of engineering and a specialization in Electro-Mechanical Systems, graduates are ready to become leading innovators in aerospace, aviation, automotive, or energy.
With a process-oriented approach that integrates communication and management skills with an emphasis on the engineering of real-time embedded software systems, the MSSE degree program prepares students to work on the cutting edge of software development.
The Master of Science in Systems Engineering program is designed to provide the foundations of the systems engineering processes to develop and implement solutions to today’s complex engineering design and operational problems.
Embry-Riddle's M.S. in Unmanned and Autonomous Systems Engineering is one of the first and few degrees to innovate the engineering of systems that operate in this exciting, emerging industry.
The Certificate of Study in Airworthiness Engineering program offers a broad understanding of the overall mission, flight dynamics, operations, and airworthiness lifecycles in both civil and military contexts, while also exploring applicable engineering and scientific principles associated with mission airframes, propulsion systems and operational implications that create airworthy designs.
In this program, students with a strong science and engineering background conduct research and coursework in one of three areas of concentration: Aerodynamics & Propulsion, Structures & Materials, and Dynamics & Control.
The Ph.D. in Electrical Engineering & Computer Science (EE&CS) prepares graduates to contribute their knowledge, skills, and expertise to research focusing in detect and avoid for unmanned systems and in cybersecurity and assured systems engineering for aerospace and aviation.
The College Fund of Excellence is used to support a wide variety of hands-on projects to our undergraduate students, enabling them to travel to competitions and have other experiences above and beyond the traditional classroom experience. Click below to support student teams such as the EcoCAR, the Women's Baja, and the Student Robotics Association.