At the core of applied science and math is research. Weather patterns, human behavior, technology, aerospace — whatever your focus, there’s a research component that contributes to the advancement of civilization.
For the ever-inquisitive minds, analytical thinkers, and problem solvers, Embry-Riddle offers applied research degree programs to challenge and excite. These are deeply rooted in research, and while some areas may be focused on aviation and aerospace, the fundamentals can be applied to any other industry.
For instance, you could study Applied Meteorology and go into a career with the U.S. Air Force or become a broadcast meteorologist.
Either way, you’ll be exposed to high-level research using high-tech labs and emerge with a highly regarded education.
Throughout your studies, you’ll have the chance to work on group projects and research alongside fellow students and accomplished faculty. There are even networking opportunities that involve meeting fellow students from other schools who may be researching the same subject matter as you.
You can also take advantage of many clubs and organizations related to your degree program to enhance your experience and add to your résumé.
Faculty members are well connected in the industry, and our students gain connections through faculty.
Are you already working, do you want to start a new job, or are you aiming toward your first professional experience? Embry-Riddle has degree programs suited to all research-driven students.
You could earn your Bachelor of Science in whichever applied research field best suits you. There’s even an accelerated combination where you earn the Bachelor of Science in Human Factors Psychology and the Master of Science in Human Factors in five years. Whether you want to learn about weather patterns, mathematical formulas and applications, behavior, or the way humans interact with technology, there is a degree program that will place you in a gratifying career.
Discover our offerings to determine which program piques your interest.
Students from applied research disciplines often work for distinguished companies, such as The Boeing Company, NASA, NavSea, General Motors, Gulfstream, and Lockheed Martin. Your education and career goals will be your guide, but you can also expect to find an abundance of challenging and rewarding opportunities to encourage your learning.
With a Human Factors degree, you could help improve the way astronauts live and work on the International Space Station. A Computational Mathematics degree can prepare you to work in prototype development or predictive modeling. An Applied Meteorology degree could pave the way toward a career in weather consulting.
Your salary potential varies depending on what you study. The average salary for an experienced federal atmospheric scientist approaches $100,000 annually.
Embry-Riddle students and faculty remain heavily involved in diverse research projects at our Daytona Beach, Prescott, and Worldwide campuses. Read about some featured projects below or search for more at erau.edu/research.
Human Factors in Evacuation: Modeling Human Behavior During Emergencies is a funded project currently underway in the Human Factors and Systems Department. The broad range of topics suggests a strong diversity in our expertise that continues to attract sponsors. Sponsoring agencies include the Federal Aviation Administration (FAA), U.S. Air Force, U.S. Army and Department of Transportation (DOT).
Ice and mixed phase clouds have an important impact on aviation, but they are often poorly represented in the models. This project seeks to help improve our understanding of aircraft icing occurrence through better parameterizations of the ice microphysical cloud properties. The goal is to create a new Global Climate Model (GCM) parameterization for Arctic ice and mixed-phase clouds and explore possible relationship between different type size distributions (SD) and airplane icing.
Researcher Michael Topper, associate professor of the College of Arts and Sciences, is researching algebraic topology, also known as homotopy theory. His research studies the deformation from one topological space to another. Homotopy fiber is a part of a construction that associates a fibration to an arbitrary continuous function of topological spaces. The concept of fiber space is crucial in homotopy theory.
There is no better place to study applied research than a highly technological university that houses state-of-the-art facilities and modern labs.