THE OFFICIAL MAGAZINE OF EMBRY-RIDDLE AERONAUTICAL UNIVERSITY | FALL 2025
LLAMAS IN SPACE GO BEHIND THE SCENES OF THE TECH THAT CAPTURED A HISTORIC MOMENT IN SPACEFLIGHT
NEW IN ENGINEERING Unlocking the Secrets of the Solar Eclipse NEW IN AVIATION From Classroom to Control Tower — Embry-Riddle’s FAA Advantage
This llama isn’t real. No llamas were harmed. Just engineered — with imagination, not wool. See the real LLAMAS inside.
FLORIDA | ARIZONA | ONLINE
DAELYN STANIFE ’26 SIMULATION SCIENCE, GAMES AND ANIMATION
DID YOU KNOW?
Software developers will see job growth of 17% by 2033, adding over 327,900 new jobs. This highlights the vital role of software development in driving technical innovation and digital transformation across industries.
U.S. Bureau of Labor Statistics
At Embry-Riddle Aeronautical University, we understand the importance of remaining at the forefront of innovation — that’s why our programs are designed with the technology of tomorrow in mind. Students here access exclusive technology, industry-driven coursework and connections with peers and professionals, leading to unmatched opportunities for success. Surveyed alumni from all computer and technology programs report a placement rate of 100% within one year of graduation. 1
1 Institutional Research, 2022-23 Cohort
COMPUTERS & TECHNOLOGY
s Computer Engineering s Computer Science s Electrical Engineering s Simulation Science, Games and Animation
s Software Engineering s Systems Engineering
EMPOWERED BY TECHNOLOGY
In today’s rapidly evolving digital landscape, Embry-Riddle Aeronautical University offers computer-related programs that equip you with the skills needed to thrive in a world driven by innovation. Whether you are developing cutting-edge software, designing secure systems or advancing artificial intelligence, Embry-Riddle’s specialized technology programs provide the hands-on experience and technical knowledge that the industry demands. Undergraduates in our computer, software and electrical engineering programs gain a comprehensive understanding of the technologies shaping our future through industry-focused projects and collaborative research with distinguished faculty.
Whether your interests lie in computer engineering, simulation science or systems engineering, you will have access to state-of-the-art labs and resources that prepare you for a rewarding career at the forefront of technology. Embry-Riddle graduates are highly sought after, with top employers like Northrop Grumman, Honeywell, Garmin and the Department of Defense (DOD) actively seeking their expertise. Earning a degree in a computer or technology program from Embry-Riddle can lead you to a fulfilling career in one of today’s most exciting fields.
ALTITUDE Fall 2025 VOLUME 04 ISSUE 01 Altitude is a semi-annual publication produced by Enrollment Management and Marketing at Embry-Riddle Aeronautical University.
EDUCATION AT A HIGHER ALTITUDE AT EMBRY-RIDDLE AERONAUTICAL UNIVERSITY, DARING TO THINK BIG AND PUSH BOUNDARIES IS A WAY OF LIFE.
Senior Vice President, Enrollment Management, Marketing and Student Affairs
Jason Ruckert, Ph.D. Editor-in-Chief Kristen Weitzel Contributing Editor Leslie Smith Creative Director Jonathon Metz Contributing Writers and Editors
Todd B. Gruel Ashley Mueller Mia Powell Makenna Pringle Taylor Reilly Amelia Stutsman
Donna Toboyko Multimedia Joey Harrison Bill Fredette-Huffman
Since 1926, Embry-Riddle has been the leader in aviation and aerospace education. Our degree programs are consistently ranked among the best in the nation, with several routinely landing in the top 10 and others soaring straight to number one. Embry-Riddle has been at the forefront of groundbreaking aeronautical milestones since the early days of flight, and today we are renowned innovators in the fields of Applied Science, Aviation, Business, Computers and Technology, Engineering, Security, Intelligence & Safety and Space. Our mission is to teach students the science, practice and business of aviation and aerospace, preparing them for leadership roles in industry, government agencies and the military. Our students are also an integral part of pioneering research that has the power to change the world, and Embry-Riddle partners with key stakeholders to develop new insights and solutions that help meet the challenges of today and enhance the opportunities of tomorrow.
Embry-Riddle faculty members are active leaders in their respective industries and share the knowledge and key connections they’ve gained from decades of experience to ensure our graduates have a vital competitive edge in the workforce. We are proud of our diverse student body, which today represents some of the best young minds from all around the globe. Our residential campuses, located in Daytona Beach, Florida, and Prescott, Arizona, offer you the choice of living and learning in a spectacular beach setting or a scenic mountain community. As a distance learning leader, our Worldwide Campus features award-winning technology that leverages online and face-to-face instruction through a network of locations designed to support student advancement in the U.S. and abroad. What will you discover at Embry-Riddle?
Connor McShane Wilson Van Ness
Florida Campus 1 Aerospace Boulevard, Daytona Beach, FL 32114 386.226.6100 / 800.862.2416 daytonabeach@erau.edu Arizona Campus 3700 Willow Creek Road, Prescott, AZ 86301 928.777.6600 / 800.888.3728 prescott@erau.edu Worldwide / Online Campus 1 Aerospace Boulevard, Daytona Beach, FL 32114 800.522.6787 worldwide@erau.edu
Get Connected!
@EmbryRiddleUniversity
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Put your passion into practice.
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3 | Embry-Riddle Aeronautical University
CONTENTS
BACHELOR’S PROGRAMS
FL AZ WO
a a
Aeronautical Science – Flight
a a a
Aeronautics
LLAMAS IN SPACE
a a
Aerospace Engineering
a
Aerospace Physiology
a a
Air Traffic Management
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Applied Biology
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Astronomy & Astrophysics
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Aviation & Aerospace Safety
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Aviation Business Administration
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Aviation Maintenance
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Aviation Maintenance Science
a
Aviation Safety
a a
Business Administration
a
Business Analytics
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Civil Engineering
HISTORY IN THE MAKING
a a
Communication
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Computational Mathematics
11 13
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Computer Engineering
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Computer Science
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Cyber Intelligence & Security
a a a
Data Science
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Electrical Engineering
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Emergency Services
TRENDING
Engineering
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Engineering Physics
PASSION MEETS PURPOSE 19
06 Code it. Create it. Play it. The Simulation Science, Games and Animation Lab lets students explore virtual worlds — and create their own. 10 Good Vibrations A group of students traveled to Africa and worked on a technology to improve the lives of both elephants and humans. 18 Freshman lonoCopter Takes First Place at TREP Expo The 10th annual TREP Expo featured 26 teams in two tracks: the Incubation Track for early-stage concepts and the Acceleration Track for advanced projects.
a
Engineering Technology
a a a a
Forensic Accounting & Fraud Examination
Forensic Biology
Forensic Psychology
Global Business & Supply Chain Management
a
Global Conflict Studies
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Global Security & Intelligence Studies
a a a a a
Homeland Security & Intelligence
Human Factors Psychology
a
Industrial / Organizational Psychology
a a
Interdisciplinary Studies
a
30 Leadership at Your Fingertips
Logistics & Supply Chain Management
UNLOCK THE SCIENCE OF THE SOLAR ECLIPSE
a a a a
Mechanical Engineering
The Worldwide Campus is raising the bar for student success with the launch of its National Society of Leadership and Success (NSLS) chapter.
Meteorology
a a a
Pilot Operations
Project Management
GET LOCAL
Safety Management
a
Simulation Science, Games & Animation
23
19 Florida Campus – Daytona Beach 23 Arizona Campus – Prescott 27 Worldwide & Online
a a a
Software Engineering
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Space Operations
a a
Space Physics
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Systems Engineering
a a
Technical Management
Uncrewed & Autonomous Systems
a a
Uncrewed Aircraft Systems
CODE THE FUTURE Gain hands-on experience in software development, cybersecurity and AI.
INNOVATE & ENGINEER Design cutting-edge systems with industry-focused projects.
GAME & SIMULATION LAB Build immersive worlds with advanced tools and technologies.
PROTOTYPING POWER Create and test ideas with 3D printing and high-tech resources.
CAREER-READY GRADUATES Join top employers like Northrop Grumman, Garmin and the DOD.
NEW & INNOVATIVE
The new innovative studio installation features Unreal Engine, motion capture, camera tracking and LED walls, giving students the ability to produce lifelike visuals in real time. This cutting-edge setup transforms performances, broadcasts and gaming into immersive experiences with limitless creative possibilities.
IAN WALFORD ’26 SIMULATION SCIENCE, GAMES AND ANIMATION
AN IMMERSIVE EXPERIENCE
CODE IT. CREATE IT. PLAY IT.
The Simulation Science, Games and Animation Lab, located in the Gaming and Simulation building on the Prescott Campus, offers students a dynamic space to immerse themselves in cutting-edge technology and creative exploration. Equipped with Wacom tablets and advanced content creation software, the lab enables students to transform their interactive ideas and bring them to life. Whether for course assignments or ground- breaking research and projects, this space serves as a center for students to push boundaries of what’s possible in the virtual realm. Used as both a teaching facility and a dedicated workspace, this lab plays a crucial role in the academic journey of students pursuing a degree in Simulation Science, Games and Animation. It features state-of-the-art spatial computing capabilities, including 20 virtual reality-ready workstations equipped with Oculus Quest headsets and access to augmented reality development with HoloLens 2. Students can also experiment with a wide range of innovative tools, such as award-winning facial and full-body motion capture systems, immersive VR equipment and an omnidirectional treadmill.
To further complement the cutting-edge technology, the lab houses high-tech prototyping tools, including a 3D printer, a large-format printer and a library of low-tech game elements. These resources provide students with everything they need for hands-on learning, whether designing virtual worlds or creating real-world prototypes for their work. As a true hub of creativity, exploration and innovation, the Simulation Science, Games and Animation Lab provides students with the tools and techniques that are shaping the future of virtual experiences and beyond.
STUDENT INSIGHTS
Feed Your Inner Robot Aerospace Engineering at Embry‑Riddle gives you all the right ingredients to design
what’s next — some assembly required.
What is NCUR? It’s a National Conference on Undergraduate Research dedicated to promoting undergraduate student research, collaboration and innovation.
Post-Graduate Opportunities “I want to gain as much education and knowledge as I can,” Newbell shared when discussing considerations for her future, which include attending graduate school and working in the commercial space industry.
OpenMutt – Quadroped We don’t just teach robotics — we let you build, code and bring robotic systems to life. You’ll go beyond the classroom to design real-world innovations like OpenMutt, our student-built robotic dog. From first steps to full-speed sprints, you’ll gain the hands-on experience to lead the pack in aerospace engineering.
Paving the Way “I feel like engineering is literally able to help you to do anything you want in the world and more [...] Girls and women need to realize just because a field is male-dominated doesn’t mean we can’t fit ourselves into it.”
Madison Newbell ’25 AEROSPACE ENGINEERING Building Rockets, Breaking Barriers One of few recipients of the prestigious Patti Grace Smith Fellowship, Madison Newbell (’25) is paving the way for a future in Aerospace Engineering. Originally from Nashville, Tennessee, Newbell developed an interest in engineering after attending a technology camp, which set the foundation for her future in STEM. Newbell has secured three different internships throughout her academic career at Embry-Riddle, most notably an internship with Masten Space Systems in Mojave, California, where she built and launched a high-powered, class-H motor rocket and an internship with the Federal Aviation Administration focused on rules and regulations for commercial space companies. Alongside her studies and internships, Newbell was recognized in Glamour’s College Women of the Year Awards, which honors young women making significant contributions in STEM fields. She was celebrated for her focus on rocket mechanics.
Aashman Gupta ’28
AEROSPACE ENGINEERING
Leading the Pack in Space Robotics While growing up in Delhi, India, Aashman Gupta (’28) developed a passion for space robotics and exploration that brought him to Embry-Riddle. On campus, Gupta found himself more intrigued than ever when he delved into NASA reports and academic sources for a research paper that explored how space robotics could help harness resources from asteroids. Gupta’s research was accepted for presentation at the National Conference on Undergraduate Research (NCUR) — an academic achievement and invaluable opportunity to network with researchers in the industry. He is also working to establish a new space robotics club at Embry‑Riddle, bringing together students who share his passion for designing and building robots capable of withstanding the harsh conditions of outer space.
7 | Embry-Riddle Aeronautical University
STUDENT INSIGHTS
Determined to Succeed Stall is gaining real-world experience as an aviation technician at COC Aerospace while pursuing a B.S. in Aeronautics.
A Global Journey As an international student from Gallarate, Italy, Bossi thrives at Embry-Riddle thanks to the unwavering support of his family, friends and teammates. Their encouragement, combined with Embry-Riddle’s welcoming community and renowned opportunities, has been the foundation of his success both on and off the field.
Wings of Ambition Certified fixed-wing and rotary pilot, pursuing an Airframe & Powerplant certificate.
Insider “Enjoy the Embry‑Riddle experience. Excel in your classes, but also take advantage of the numerous opportunities available, such as research projects and networking,” he said. “Building strong relationships with professors and peers will be invaluable in achieving your future goals!”
Flexible Pathways Worldwide Campus is designed to balance education with real-world experience. Embry-Riddle offers industry- aligned degree programs that adapt to students’ career needs.
Emanuele Bossi ’26
Nichole Stall ’26
SOFTWARE ENGINEERING DATA SCIENCE
AERONAUTICS
The Perfect Blend Emanuele Bossi (’26) combines his passion for technology and soccer by pursuing a double major in Data Science and Software Engineering while competing on the men’s soccer team. As a scholar athlete and National Society of Leadership and Success member, Bossi has maintained a 4.0 GPA — earning induction into Phi Kappa Phi. He’s also gained professional experience through a co-op with American Airlines and an internship with True Course Simulations. “Embry‑Riddle has provided me with a wealth of opportunities that have enriched my academic and professional journey. From engaging in cutting-edge research projects to networking with industry professionals, the university has been instrumental in shaping my career path.” Bossi credits Embry-Riddle for his success as he pursues his dream of advancing innovation in data science and software engineering.
Fueling an Eagle’s Journey Embry-Riddle Aeronautical University is transforming dreams into reality for students like Nichole Stall (’26), who are passionate about aviation and determined to excel in their careers. At the age of just 23, Stall is pursuing a B.S. in Aeronautics through Embry-Riddle’s Worldwide Campus while gaining hands-on experience as both an aviation technician and a pilot of airplanes and helicopters. Stall’s love for aviation was ignited by her father, who introduced her to air shows across Southern California. This early passion led her to choose Embry-Riddle, drawn by its stellar reputation and flexible learning opportunities. Now employed at COC Aerospace, Stall is working toward her Airframe & Powerplant certificate, complementing her existing fixed-wing and rotary-wing pilot certifications.
Florida | Arizona | Worldwide / Online | embryriddle.edu | 8
STUDENT INSIGHTS
No Limits, Just Choices Madeley reflects on Embry-Riddle’s comprehensive aeronautics programs, “Within a day or two, I was able to look through all the courses and plot it out in my mind; here’s what I’d be doing. Here are the aeronautical sciences, here’s the maintenance courses, here’s the general education. It was all available.”
Advice for Success “Learn what works best for you. No two people are the same; don’t compare yourself to others. Focus on yourself and how you can be successful,” Salcido says.
Outstanding Accomplishment Salcido was awarded the Outstanding Graduate Award from the College of Arts and Sciences when she completed her degree at Embry-Riddle.
A Decade of Demand According to the U.S. Bureau of Labor Statistics, employment of airline and commercial pilots is projected to grow 5% from 2023 to 2033, with about 18,500 openings expected each year, on average.
Why Wait for College? Dual Enrollment = Early Credits + Bragging Rights
Narayt Salcido ’24 FORENSIC PSYCHOLOGY
Killian Madeley ’24
DUAL ENROLLMENT
Making an Impact During her time pursuing a B.S. in Forensic Psychology at Embry-Riddle, Narayt Salcido (’24) completed research on the Missing and Murdered Indigenous People (MMIP) crisis. Salcido’s research studied database discrepancies that impact cases of MMIP. She identified and compared both official and unofficial databases to determine the number of cases and how they differ between various governmental agencies. “To find a way to pursue both my passions while going toward a career of helping people is more than I could have ever asked for,” she said. Thanks to earning an Ignite Grant through Embry‑Riddle’s Undergraduate Research Institute, Salcido joined other student researchers at the 2024 National Conference on Undergraduate Research (NCUR) to share her findings and raise awareness.
Flying High with Dual Enrollment After a high school teacher mentioned Embry-Riddle’s dual enrollment program, Killian Madeley (’24), inspired by a book recommendation from an airline captain, decided to pursue the opportunity. Now, as he prepares to graduate high school with an A.S. in Aeronautics, he’s already soaring toward his B.S. in Pilot Operations through Embry-Riddle’s Worldwide Campus. “I didn’t even really know dual enrollment was a thing, which I think is the case for a lot of people,” Madeley shared. “It’s sad that more people don’t know about these opportunities.” Although the experience has had its challenges, Madeley is grateful for it all as it has set him up for future success. At 17, Madeley has already earned his private pilot’s certificate and is working toward his instrument rating. His goal? To fly corporate jets, combining his passion for aviation with building lasting connections with passengers.
9 | Embry-Riddle Aeronautical University
INNOVATION FOR IMPACT
Students designed and created the system, code-named “Jumbo Shoo,” which focused on replicating elephant communication systems called seismic signals, or underground vibrations, to deter them from entering areas populated by humans. Jumbo Shoo replicates these signals to produce minimal noise pollution while steering them away from human populations and toward safer, more accessible resources. For Mechanical Engineering student Gabriel Ledezma (’25), the opportunity to use his engineering skills to solve a complex problem was an empowering experience. “Our mentors were always there to guide us, but after extensive research and testing, the students became the leading experts on the problem we were addressing,” said Ledezma. “This directive was incredibly freeing, allowing me to exercise my creative freedom and put my engineering knowledge into practice.” GOOD VIBRATIONS
In 2024, a group of Embry-Riddle students traveled to Namibia, Africa, where they collaborated with conservation group Elephants, Rhinos & People (ERP) to develop a system that promotes wildlife and human harmony and safety. “We have developed a system that will … allow the wildlife access to shared resources, such as watering holes that are adjacent to community resources, such as crop fields or other village infrastructure,” said Dr. Elliott Bryner, chair and associate professor of Mechanical Engineering, who advised the student group. “When elephants encroach on human environments, humans do things that are not very conducive to conservation, like try to keep them away from water or scare them out of their habitat,” Bryner explained.
Embry-Riddle’s design was successful — leading to ERP inviting a team back next year to review data and refine the Jumbo Shoo system. Chanel Davis (’26) reported similar feelings of gratitude for her achievement. “As a Latina and woman of color, I want to be able to exemplify that representation matters and that supporting minorities in STEM is critical for future generations,” she said. “I feel represented in having secured this fellowship; I am immensely grateful for this opportunity.” Knowing that a group of young, aspiring engineers could significantly improve the living conditions of local communities was profoundly moving. I felt truly thankful to be a part of something bigger than myself.”
Gabriel Ledezma ’25 Mechanical Engineering
SPECIALIZED LABS & HANDS-ON LEARNING
The Enhanced AT-CTI program will allow Embry‑Riddle students to prepare for and take the Air Traffic Skills Assessment exam on campus.” Dr. Michael McCormick Associate Professor and Program Coordinator for B.S. in Air Traffic Management
FROM CLASSROOM TO CONTROL TOWER Embry-Riddle’s FAA Advantage Students at Embry-Riddle’s Daytona Beach Campus gain a unique advantage in the air traffic control industry. As the third university in the U.S. to sign an agreement with the Federal Aviation Administration (FAA) to participate in the Enhanced Air Traffic Collegiate Training Initiative (AT-CTI), students may now take the Air Traffic Skills Assessment exam directly on the Daytona Beach Campus.
The Air Traffic Management program underwent an extensive audit with the FAA to verify that the program would be able to provide the same curriculum and advanced technology that the FAA Air Traffic Controller Academy in Oklahoma City offers students. New technology has been installed in the campus’s three Air Traffic Control labs, including an integrated system of simulators connected with AI-assisted voice recognition. Students will now be able to combine theory and hands-on training, with the added ability to undergo immersive simulation exercises. This initiative is a game-changer, providing Embry-Riddle students with a direct and accelerated path to a sought-after aviation career. “Graduates of our Air Traffic Management program will greatly benefit from this partnership, and our nation’s aviation system stands to gain as well, as these students are eager and well-prepared to safeguard the flying public,” President P. Barry Butler, Ph.D., shared. This partnership offers students an unparalleled opportunity to launch their careers by providing the ability to hone their air traffic controller skills and graduate with the potential to be placed directly into FAA facilities.
11 | Embry-Riddle Aeronautical University
SPECIALIZED LABS & HANDS-ON LEARNING
NEXT LEVEL FLIGHT TRAINING Where Innovation Meets Immersive Flight Training Embry-Riddle’s Prescott Campus is at the forefront of aviation training, integrating advanced technologies to prepare students for dynamic aerospace careers. The campus boasts a fleet of 80 aircraft, including the Cessna 172 Skyhawk, which is instrumental in training aspiring pilots. In a recent initiative, Embry-Riddle introduced a state-of-the-art flight simulation center designed to enhance pilot training. This facility better prepares students for roles as pilots by providing realistic flight scenarios that develop critical decision-making skills.
IMMERSIVE. REALISTIC. UNMATCHED.
Complementing traditional simulators, the university has expanded its Virtual Reality (VR) flight-training program. By immersing students in 360-degree virtual environments, VR training builds confidence and reduces anxiety before actual flight sessions. This approach acclimates students to the flight deck environment, enhancing overall training efficacy and cost effectiveness. “Frontloading the program with VR in this way also builds students’ confidence and reduces their anxiety — which is the main barrier to learning.” Dr. David Thirtyacre Assistant Professor and Chair Backed by these innovative training methods, Embry-Riddle ensures that its graduates are well-equipped to meet the demands of modern aviation careers.
TRAIN LIKE A PRO
The C172S G1000 and DA42-VI flight simulators provide immersive experiences with simulated traffic, terrain warnings, system failures and realistic flight control feedback.
NEXT-LEVEL NAVIGATION
The Frasca Simplicity instructor station features dual touch screens, a lit keyboard and seamless iPad ForeFlight connectivity for advanced flight training.
HYPER-REALISTIC CONDITIONS
The TruFlite AATD simulator includes NXi avionics, 3-projector wrap-around visuals and dynamic weather effects like lightning, wind and icing.
FRASCA C172S TRUFLITE
AATD SIMULATOR Garmin ® NXi Avionics
Three-projector wrap-around visuals
5000 lumen projectors
Advanced weather with vivid lightning, thunder, wind, cloud layers, rain, snow and icing simulated conditions
STELLAR CAMERA
Each dual-lens camera captures a 186° field of view, enabling immersive, high-fidelity stereoscopic imaging for Virtual Reality and spatial analysis applications. Embry-Riddle still stands at the forefront, proving once again that the sky is not the limit — it’s just the beginning.
LED STATUS LIGHTS
Multi-color LED arrays deliver real-time operational diagnostics to crew members, including recording status, system health and power levels.
SYNTHETIC HOUSING
A specialized synthetic coating minimizes thermal absorption, ensuring LLAMAS remains within operational temperature
ranges in the extreme environment of space.
MOBILITY HANDLE
INFRARED IMAGING MODULE
Engineered as part of the spacecraft’s internal support system, this handle facilitates controlled movement and positioning in microgravity environments.
This advanced sensor captures real-time suit surface temperatures, providing critical thermal data to assist in monitoring astronaut safety and system integrity.
LLAMAS
LITERALLY LOOKING AT MORE ASTRONAUTS IN SPACE
13 | Embry-Riddle Aeronautical University
LLAMAS DON’T FLY BUT OUR CAMERAS DO!
Curious how student ingenuity made it to low Earth orbit? Let’s unpack the LLAMAS magic. A new era of space exploration is emerging, and Embry-Riddle Aeronautical University is playing a pivotal role. LLAMAS (Literally Looking at More Astronauts in Space), a multi-camera system developed by Embry-Riddle students, journeyed to space aboard the Polaris Dawn mission, which successfully launched on September 10, 2024 from NASA’s Kennedy Space Center. Led by Embry-Riddle alumnus Jared Isaacman (’11) and crew members Scott “Kidd” Poteet, Sarah Gillis and Anna Menon, this groundbreaking mission pushed the boundaries of human spaceflight — taking innovation and discovery to new heights.
SMALL YET MIGHTY
The LLAMAS control module: The Jetson TX2 is millions of times more powerful than the Apollo Guidance Computer (AGC), yet it’s smaller, faster and uses far less energy. The AGC got astronauts to the moon with less computing power than a modern calculator. The TX2 fits in your pocket and can power AI, pilot drones and make split-second decisions. If we’d had this in 1969, it would’ve been like putting a supercomputer with a brain on the moon.
FEATURE (continued)
Embry‑Riddle began its work with Polaris Dawn, the Polaris Program’s first human spaceflight mission, in 2022, offering students a hands-on opportunity to contribute to space exploration. As part of this collaboration with Polaris Dawn, student researchers were to develop a camera system — entirely designed and built by students — which captured video of crew operations during the mission. The LLAMAS camera underwent significant pre-flight testing and was mounted in SpaceX’s Dragon spacecraft, according to Dr. Troy Henderson, director of Embry-Riddle’s Space Technologies Lab and associate professor of Aerospace Engineering. The footage captured during the flight will be used to create immersive virtual reality experiences. Additionally, the LLAMAS camera collected data on the temperature and radiation exposure experienced throughout the mission, providing insights into how space radiation affects human biological systems. Polaris Dawn, launched from Launch Complex 39A at NASA’s Kennedy Space Center in Florida, was designed to push boundaries of human spaceflight. The five-day mission aboard SpaceX’s Dragon spacecraft achieved multiple firsts, including the first-ever spacewalk by a commercial astronaut crew, and traveled farther into space than any crewed mission since Apollo 17 in 1972. These goals required cutting-edge technology and precise scientific execution — in line with Embry-Riddle’s expertise and efforts to educate the next generation of scientists and engineers.
In addition, Embry-Riddle researchers contributed to studies on human health in space. Dr. Amber Paul, an assistant professor in the Department of Human Factors and Behavioral Neurobiology, led efforts to analyze biospecimens collected from the Polaris Dawn crew. In collaboration with Weill Cornell Medicine and the Ottawa Hospital Research Institute, her team examined the cellular and molecular effects of high-altitude spaceflight, expanding scientific understanding of human adaptability in space. “The unique mission objectives of high-altitude and extravehicular activity will enhance the understanding of the human health effects of cosmic radiation and microgravity,” she said. “We are grateful to be part of these important scientific questions. These are questions that will advance our understanding of human capabilities in extreme conditions, paving the way for future innovation and exploration.” This ongoing research is critical for the future of long-duration missions to the Moon, Mars and beyond. By studying the impact of cosmic radiation and microgravity on the human body, scientists can develop strategies to mitigate risks and enhance astronaut health for extended space travel. The Polaris Program is more than a technological endeavor; it represents a commitment to scientific discovery and humanitarian efforts. In addition to advancing human spaceflight, the mission raised funds and awareness for important initiatives on Earth.
15 | Embry-Riddle Aeronautical University
LLAMAS IN SPACE
When Isaacman emerged from SpaceX’s Dragon spacecraft in his extravehicular activity (EVA) spacesuit, he said: “Back at home, we all have a lot of work to do, but from here, Earth sure looks like a perfect world.” True to its name, the program was named after the North Star, a constellation of three stars that has been a guiding light for explorers on Earth for centuries. Polaris Dawn continues to pave the way for future space missions. For Embry-Riddle, participation in Polaris Dawn reaffirmed the university’s reputation as a leader in aerospace education and research. With students, faculty and alumni actively shaping the future of space exploration, Embry-Riddle continues to empower the next generation of pioneers who will push the boundaries of what’s possible in space.
embryriddle.edu | 16
SEE WHERE THEY STARTED / THEN AND NOW
Purpose and Perseverance
When we last spoke to Dustin Foote (’23, ’24) in 2023, he had recently completed his A.S. in Aviation Maintenance at Embry-Riddle after eight years of service in the U.S. Army. After transitioning to a role at The Boeing Company through the DOD SkillBridge program, Foote quickly climbed the ranks in his division. At the end of 2024, Foote graduated with his B.S. in Aviation Maintenance at Embry-Riddle and was awarded the Spirit Award by the Worldwide Campus’ College of Aviation and the SGA for Outstanding Academic Achievement. Foote’s plans for advancement don’t end here. He recently began his MBA in Aviation, also at Embry-Riddle, as well as a certificate in Project Management. Now, Foote is working within United Airline’s Aviate Academy as an aviation maintenance technician — but his career goals go even further. I want to make a difference, wherever I am and have a positive influence on operations, business success and the people around me.”
LEADING BY EXAMPLE Charlie Woods (’13, ’24) understands the power of mentorship. As a U.S. Air Force captain and dedicated student, he credits his success to the mentors who guided him and his commitment to paying that guidance forward. At age 21, Woods enlisted in the Air Force at Moody Air Force Base in Georgia. There, his supervisor, Aaron Gordon (’10), an Embry-Riddle alumnus with a degree in Aeronautics, introduced him to the value of higher education. His mentor didn’t just encourage Woods to enroll — he signed up for the same classes, setting an example of leadership and support that left a lasting impact. That first step led Woods to earn a B.S. in Aeronautics from Embry-Riddle Worldwide, paving the way for his career as an MQ-9 Reaper evaluator pilot and wing executive officer for the 1st Special Operations Wing. While balancing the demands of a busy military career and a family of five, he continued to push himself further, pursuing an M.S. in Project Management to prepare for life beyond the Air Force.
Through his journey, mentorship has played a defining role in shaping his leadership style. “My experience is broad, but the success I’ve found throughout my personal and profes- sional life is a direct reflection of mentors who’ve poured into me over the years,” he said. “My legacy will be watching those that come behind me find success.” Beyond ensuring a brighter future, Woods finds his current classes already benefiting him in unexpected ways, sharpening his decision-making and organizational skills. “Embry‑Riddle reshaped a future I didn’t know I had in front of me. I’m the first college graduate in my family and will soon hold the first graduate degree,” he said. “It’s not always been easy … but at the end of the day, the benefits of education far outweigh the costs, and I’m proud to be able to set the example for my children to follow.”
Dustin Foote ’23, ’24 A.S., B.S. in Aviation Maintenance
RESILIENCE IN ACTION
SUCCESS TAKES MENTORSHIP
Read how Dustin Foote turned obstacles into opportunity — and how his journey might inspire yours.
Discover how Embry‑Riddle mentors helped shape a legacy of leadership.
17 | Embry-Riddle Aeronautical University
INNOVATION / ENTREPRENEURSHIP
THE FUTURE OF FLIGHT Freshman IonoCopter Takes First Place at TREP Expo Embry-Riddle’s 10th annual TREP Expo showcased a variety of concepts from budding innovators, including improvements in space mission design and traceable textiles, along with other exciting projects. This year’s event, held in November at the Daytona Beach Campus, featured 26 venture teams competing in two tracks: the Incubation Track for early-stage concepts and the Acceleration Track for advanced projects. Winning first place in the Acceleration Track, Aerospace Engineering student Andrew Murphy (’27) shocked the judges with his groundbreaking drone concept. Beaming about his win — and the $1,500 award — Murphy humbly admitted his own surprise, “I started this project three months ago, and I didn’t think I would get this far.” Murphy’s award-winning device, which he calls the IonoCopter, enhanced a traditional quadcopter by using ionic propulsion — producing thrust by speeding up charged particles.
Unlike traditional drones, the IonoCopter operates without moving parts, meaning it’s quieter, more efficient and potentially safer for operations in sensitive environments. Drawing on Embry-Riddle’s powerful network of industry connections, Murphy’s patent-pending device caught the attention of aerospace professionals, marking him as an emerging talent to keep an eye on. Not content to rest on his victory for long, Murphy is already dreaming of his next step. His future goals include improving upon his design, expanding his business and eventually working from the MicaPlex research center at Embry-Riddle. Experiences like these empower students like Murphy to dream big — going above and beyond coursework. Like Embry-Riddle itself, the TREP Expo is about taking initiative. Building on existing technologies and creating new ones, Eagles are shaping the future of innovation — and entrepreneurship.
Ready to See Your Innovation Soar? Now in its tenth year, Embry-Riddle’s annual TREP Expo is the university’s premier showcase for entrepreneurial talent and innovation. Open to all students, faculty, staff and alumni, this event serves as a launchpad for turning bold ideas into reality. Hosted by the Center for Innovation and Entrepreneurship in collaboration with the David B. O’Maley College of Business, the expo offers mentorship, feedback and networking opportunities with industry leaders. The 2024 event at the Daytona Beach Campus featured 26 venture teams presenting ideas from drone technology and space mission design tools to traceable textiles and beyond. With two competition tracks — Incubation for early-stage concepts and Acceleration for more developed ideas — participants receive valuable feedback to enhance their ventures. TREP Expo continues to empower the next generation of innovators, offering Eagles the resources, guidance and platform to launch market-ready solutions and shape the future of emerging industries.
TREP EXP0
Each year, the TREP Expo competition for entrepreneurs encourages teams to pitch innovative business concepts to a panel of industry leaders. In competition to win funding for their projects, teams are evaluated based on three factors: market potential, creativity and overall appeal.
DID YOU KNOW
At Embry‑Riddle, you’re not just learning to fly — you’re preparing to lead the next era of aviation. As the first university to offer an accredited degree in Uncrewed Aircraft Systems, we’ll take you beyond the flight deck into a world where drones shape industries, defend communities and map the planet.
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CAMPUS FEATURE
DAYTONA BEACH FLORIDA CAMPUS Our East Coast campus is only minutes from the beach and adjacent to an international airport and speedway.
PASSION MEETS PURPOSE EMBRY-RIDDLE STUDENTS LEARN FROM THE BEST AT THE NTSB
CAMPUS PROFILE
s 7,800 Undergraduate Students s 50 States / 94 Countries Represented s 12% International Students Student Clubs + Organizations Our Florida Campus houses hundreds of student clubs, including the Mars Society, Musicians Club, Muscle Car Association and Microgravity Club, as well as intramural and recreational sports. NCAA Division II Athletics Women’s Men’s s Basketball s Baseball s Cross Country s Basketball s Golf s Cross Country s Lacrosse s Golf s Rowing s Lacrosse s Soccer s Rowing s Softball s Soccer s Tennis s Tennis s Track & Field s Track & Field s Volleyball Coed s Cheerleading
In summer 2024, four Daytona Beach students had the opportunity to intern with the National Transportation Safety Board (NTSB) — gaining experience with real-world aviation safety practices while utilizing the skills and knowledge they’ve gained at Embry-Riddle. “The NTSB benefited from having these bright young minds, and hopefully the students found the program to be a valuable learning experience,” said Robert Sumwalt, executive director of the university’s Boeing Center for Aviation and Aerospace Safety and former NTSB chairman.
The Boeing Center for Aviation and Aerospace Safety also provided a $5,000 stipend to support each NTSB intern — providing financial support throughout the experience. The internship experience was “a dream come true” for U.S. Navy veteran Sierra Juliano (’26), who has her heart set on working for the NTSB. “I have gained so much hands-on experience and have interacted with all the different offices within the NTSB to learn how each person contributes during an investigation,” said Juliano. With a passion for accident investigation and aviation safety, Natasha Mahadeo (’25) hopes to eventually work as an NTSB investigator — and this internship was the perfect launchpad.
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19 | Embry-Riddle Aeronautical University
FLORIDA CAMPUS
“I’ve learned so many incredible things while I’ve been here — about leadership and the inner workings of investigations,” said Mahadeo. “This internship has shown me nearly every aspect of accident investigation.” Juliano and Mahadeo both interned in the Air Carrier and Space Investigations Division at NTSB’s headquarters in Washington, D.C. “I am passionate about blending my interests in data science and aviation safety,” said Matthew Chin (’22, ’24), a U.S. Navy veteran who interned in the agency’s Office of Research and Engineering, Safety Research Division.
Jacob Wells (’25) interned at the NTSB’s Office of Aviation Safety - Western Pacific Region, located in the Seattle, Washington, area and says the experience shifted his career priorities to focus on aviation safety. “The weight that NTSB experience holds will help kickstart my career. The NTSB is the gold standard when discussing safety,” said Wells.
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CAMPUS FEATURE
FROM CAMPUS TO COSMOS Embry-Riddle’s Role in NASA’s Electric Field Discovery
Anchored in Excellence
At Embry-Riddle’s Daytona Beach Campus, the student-run Sailing Club introduces students to the thrill of sailing. With 18 sailboats and about 24 active members, the club creates camaraderie, teaches sailing skills and offers a perfect balance of outdoor adventure and academic life. For students, it’s more than just a club, it’s a supportive community. This year, three Eagles — Timothy Dolan (’25), Zechariah Frantz (’25) and Paige Arneson (’25) — were named to the prestigious Inter-Collegiate Sailing Association’s All-Academic Team, marking a record achievement for the university. Dolan, an Aerospace Engineering student and club president, credits the Sailing Club for his newfound passion, while Frantz, the co-ed team captain, emphasized the camaraderie that fuels their success. Arneson, a Homeland Security and Intelligence student, found sailing to be the perfect stress reliever. Among 290 honorees, the trio represents the highest number of Eagles ever recognized, standing alongside students from Harvard and the U.S. Naval Academy. Their achievement highlights Embry-Riddle’s unique blend of academic and extracurricular excellence.
NASA/Conceptual Image Lab
A student research team from Embry-Riddle Aeronautical University’s Engineering Physics program, working in the university’s Space and Atmospheric Instrumentation Lab (SAIL), collaborated with researchers at NASA’s Goddard Space Flight Center (GSFC) to confirm a significant scientific achievement: the successful measurement of a planet-wide electric field known as the “ambipolar electric field.” Using data collected from NASA’s Endurance mission, launched on May 11, 2022, the student-led SAIL team played a key role in analyzing and validating the findings. The ambipolar electric field above the Earth’s poles, a key driver of the polar wind, pushes a stream of charged particles from the atmosphere into space. The observed polar wind was mysterious, involving supersonic particles traveling without signs of heating. Scientists suspected that an undetected electric field was responsible for this phenomenon. When the Endurance mission launched, it reached an altitude of 477.23 miles before splashing down in the Greenland Sea. During its journey, it measured an electric potential change of just 0.55 volts over 322 miles, a subtle signal captured with the precision of the SAIL-built Sweeping Langmuir Probe.
“A half a volt is almost nothing — it’s only about as strong as a watch battery,” said Glyn Collinson, the principal investigator of Endurance at NASA Goddard. “But that’s just the right amount to explain the polar wind.” Embry-Riddle students, along with teams from other schools, were directly involved in building the instruments and analyzing the data. “There were teams from many countries including Germany, Italy, the UK and Norway, so it was pretty awesome to meet these researchers from around the world and learn about their research,” said Nathan Graves (’20, ’25), who earned his B.S. in Engineering Physics at Embry-Riddle and is now pursuing his Ph.D. in the same field. The discovery underscores how student- driven research can fuel real-world innovation and scientific progress.
DID YOU KNOW?
Polar wind: A wind created by cold air sinking at the pole then speeding along the ice surface towards the edge of the polar cap.
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FLORIDA CAMPUS
GAME CHANGING DRONES Enhance Airport Safety Airports around the world face a persistent challenge: reducing wildlife strikes that endanger planes and animals alike. Conventional methods rely on on-the-ground monitoring and physical checks. Now, a group of aviation graduate students from Embry-Riddle’s Daytona Beach Campus has created an innovative alternative — drones equipped with high-tech sensors. Their research, which won first place at the Airport Cooperative Research Program’s Student Research Design Competition, demonstrated how uncrewed aircraft systems (UAS) make wildlife monitoring safer, faster and more effective. “Drones make the entire process of wildlife data collection not only more thorough but also much safer for the experts involved,” said Anna Golendukhina (’24), one of the lead researchers. “We strongly believe the safe application of UAS technologies could be a game-changer — improving safety, saving money and giving airport operators a clearer picture of how wildlife interacts with airport environments.”
Equipped with thermal infrared cameras and AI-guided tracking systems, these drones identify animal species, detect movement patterns and predict potential risks with reliability and accuracy. By replacing physical inspections with automated data collection, airports using these game-changing drones can proactively adjust landscapes, relocate animals humanely and prevent collisions. Beyond their competition win, the team said they hope that their research will be embraced by major airports worldwide, revolutionizing wildlife management and aviation safety.
Charting Her Own Course to Success Anjelysa Oleszewski (’26) is shaping her future in aviation safety by blending personal ambition with her family’s legacy at Embry-Riddle. With both parents as alumni, she grew up immersed in aviation, which led to her fascination with accident investigations. My grandfather introduced me to a Smithsonian Channel show about aircraft accidents. I was identifying the probable cause before they revealed it, and that’s when I knew this could be my career!” Anjelysa Oleszewski ’26 Aerospace & Occupational Safety Pursuing a B.S. in Aerospace and Occupational Safety (now the B.S. in Aviation and Aerospace Safety), she’s gained hands-on experience through an FAA internship, contributing to research in commercial space transportation. Her work impressed industry leaders, reinforcing her goal of joining the National Transportation Safety Board (NTSB). Beyond academics, she leads new student orientation, contributes to The Avion newspaper and works to build a professional network — determined to leave her own mark in aviation safety.
SEEING THE UNSEEN
The use of infrared cameras allowed the team to observe animals at night, identify animals that don’t travel in groups and find birds that fly at higher altitudes — tasks that are much more difficult with conventional methods.
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CAMPUS FEATURE
PRESCOTT ARIZONA CAMPUS Nestled in the beautiful Bradshaw Mountains between Phoenix and the Grand Canyon, our Western campus is renowned for its excellent seasonal weather and outdoor activities, such as skiing, hiking, mountain biking, kayaking and rock climbing, to name just a few.
CHASING SHADOWS
Engineering Students Unlock the Science of the Solar Eclipse Embry-Riddle Aeronautical University’s Prescott Campus students collaborated with NASA in a two-year project focused on studying the total solar eclipse as part of the Nationwide Eclipse Ballooning Project (NEBP). This collaborative partnership engaged students from various programs, including Aerospace Engineering and Mechanical Engineering. Under the guidance of their professors and NASA experts, Prescott students gathered stratospheric data from high-altitude weather balloons to research the total solar eclipse. “High-altitude balloons have been used for a long time to study the atmosphere and are a great way to engage students,” Dr. Yabin Liao, assistant professor of Aerospace Engineering and faculty advisor for the student team known as ASCEND, shared. “The NASA-sponsored NEBP project provided a fantastic opportunity for students to explore science and engineering as part of a meaningful research project.” The project involved using advanced technology to collect data during the eclipse, including measurements of its effects on temperature, pressure and wind patterns. Since joining ASCEND, the team president, Somaralyz Grullon (’24), and the treasurer, Chloe Reed (’24), have participated in launching several high-altitude balloons. Their initial attempt to measure atmospheric conditions occurred during the annular eclipse in October 2023.
As members of the NEBP Arizona North team, Embry-Riddle Prescott students had the opportunity to travel to Texas on April 8, 2024, to launch six payloads into the stratosphere. These payloads were designed to collect various data points during the launch, including pressure, temperature, low-frequency radio signals and images. “A large part of the data collection was to show stratospheric gravity waves propagating after the eclipse due to changes in pressure and ionosphere,” Aerospace Engineering student Reed shared. “We were able to prove there was a measurable gravity wave distortion because of the sudden drop and then rise in temperature caused by the eclipse shadow.” Grullon and Reed were invited by the NEBP to present their findings at the Academic High-Altitude Conference in Minnesota. Along with other participating teams, they had the opportunity to share their experiences and the data collected during the eclipse, which will contribute to advancements in education, research and technology development. “Working on this project has been a fulfilling conclusion to my collegiate journey,” recent Mechanical Engineering graduate Grullon expressed. “The skills I developed during this collaboration directly contributed to my internship and job offer at Aurora Flight Sciences.”
CAMPUS PROFILE
s 3,200 Undergraduate Students s 49 States / 48 Countries Represented s 8% International Students Student Clubs + Organizations Our Arizona Campus is home to countless student clubs, ranging from the Mountain Biking Club to the Society of Women Engineers and the Blue Eagles Skydiving Team to the Brotherhood of Steel, as well as a variety of intramural and recreational sports.
Athletics Women’s s Basketball
Men’s
s Baseball s Basketball
s Cross Country
s Golf
s Cross Country
s Outdoor Track
s Golf
s Soccer s Softball s Volleyball
s Outdoor Track
s Soccer
s Wrestling
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