BACHELOR OF SCIENCE IN AEROSPACE ENGINEERING

Aerospace Engineering Program Information

Engineering students view samples of different metals to learn about their microscopic structure. This leads to analysis of metal fatigue and metal failure prevention. The study of materials is extremely important for engineers, as they need to understand the components that they are using to build space and aircraft. The Aerospace Engineering Degree Program at Embry-Riddle Aeronautical University Prescott Campus provides a strong undergraduate education with a focus on the design and engineering of vehicles for atmospheric and space flight. The curriculum combines a strong emphasis on the fundamentals of engineering with the opportunity to apply the knowledge towards the analysis of aircraft or spacecraft systems. Numerous hands-on lab and design experiences provide students the opportunity to use their knowledge, test their analysis, and work in a team environment. This prepares an Embry-Riddle graduate with the tools, experience, and education to be effective in the workplace whether that is in industry, government, or academia.

Extensive Courses and Topics

In order to achieve our objective of graduating Aerospace Engineers who can "hit the ground running", our program has an extensive number of courses and topics. The individual courses and course information can be found on the links in the left menu for each year of school. The following paragraphs summarize the AE program.

The Language of Engineering

During the first year in the Aerospace Engineering Degree Program, the students are exposed to the introductory courses in engineering, mathematics, physics, and English. This foundation is essential to learn "the language of engineering" and provide the student with basic intellectual tools to begin analyzing aerospace systems. The Introduction to Engineering course provides an opportunity to build and test your engineering designs during your first semester.

Engineering Sciences and Applications

A student proudly shows off some work he has been doing with CATIA, a design program that all computer labs are outfitted with. Using CATIA students can design aircraft parts or systems that they will have the chance to actually build in their upper level engineering courses.

With the foundation of the first year completed, students are ready to learn about the science of engineering during the sophomore year. Fundamental engineering knowledge needed to analyze engineering systems is provided along with an introduction to computer-aided design. This allows the students to begin their specialized study of aeronautical (aircraft) or astronautical (spacecraft) engineering during the junior year. Labs and design projects force students to understand the application of their knowledge to aerospace systems.

Capstone Design Project

These students are working on a Unmanned Aerial Vehicle, or UAV. The UAV is the culmination of research and design. These students are currently installing the controls, and making adjustments to the body. The UAV will be able to fly independantly of human control once in the air.The culmination of the program is the senior capstone design series, advanced courses, and technical electives. Students apply their knowledge of aerospace engineering towards the design of an aircraft or spacecraft system in an industry-like team setting and present their designs and analysis to industry panels. The advanced courses and technical electives provide opportunities to take specialized courses which prepare the graduate to work on many types of aerospace projects.

Faculty, Facilities, and Undergraduates

All of this occurs in an environment that is geared exclusively towards the education of undergraduates. Our state-of-the-art facilities and experienced faculty are here to help you succeed in your educational journey. If you want a program where the faculty know who you are and the facilities are always available for your use. Embry-Riddle - Prescott is the place for you to fulfill your dreams.