Space Symposium 2024

Embry-Riddle Aeronautical University

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

EMBRY-RIDDLE RESEARCH PARK LABS AND INNOVATION

A complex of labs and maker spaces that incubate innovation, empower entrepreneurship and feature the support of Embry-Riddle’s vast experience and expertise at expanding the talent pool and boosting the number of high-paying career opportunities in our communities.

Circuits, Sensor and Instrumentation Laboratory (CSIL) – Dr. Eduardo Rojas

Description: The CSIL supports development of novel circuits from concept to final testing. Capabilities include designing sensor components and integrated systems, fabricating precision circuit components, performing assembly in-house and precision measurements to characterize sensors and electronics. CSIL researchers have expertise in avionics and aerospace communications and sensing, including RADAR, satellite communications and UAS Sense and Avoid.

Cici and Hyatt Brown Center for Aerospace Technology In a future where research, technology and entrepreneurship will dominate the economic landscape, the Cici and Hyatt Brown Center for Aerospace Technology will provide space for those looking to bring new initiatives to life. Offering 65,000 square feet of room for innovative companies to take flight and help high-paying jobs to continue landing in Volusia County, it will enhance our well established Research Park East complex. We plan to debut this addition to our Research Park by Fall 2024.

Key Equipment: ETS-Lindgren Far-Field Antenna Anechoic Chamber, a test and measurement facility with an operating range of 700 MHz to 6 GHz. With heavy-duty positioner, the chamber is suitable for testing a range of devices, ranging from new antenna technologies to integrated systems. Ground Communications Systems includes two complete space communications earth stations for VHF/ UHF and S-Band (3m dish). The antennas are steerable, capable of communicating with small satellites in various orbits and meet the demanding tracking speeds required for spacecraft in low earth orbit, such as cubesats. Research: Current research focuses on material engineering, novel manufacturing techniques, optimized antenna and circuit geometries and real-world implementation of high-performance wireless devices. For example, CSIL researchers have printed components for a patent-pending radio aboard the International Space Station. The device transmits readings to Embry-Riddle’s Ground Communications Systems to study how 3-D printed parts and radio communications systems respond in space.

Rodney Cruise, Chief Operating Officer and Senior Vice President 386.226.7303 | corporate.engagement@erau.edu

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

Advanced Dynamics & Control Laboratory (ADCL) – Dr. Hever Moncayo

Description: The ADCL advances aviation and space technologies by developing advanced intelligent and reliable flight control systems, application of robotic technologies for future space missions, and capability assessment of existing technologies in performing complex tasks. CSIL features various robotic tools, simulation and operational techniques, application of computer machine vision and other sensor based solutions for autonomous operations. Key Equipment: Integrated Gravity Off-loading Robotic System (IGOR) facility tests guidance and control algorithms of Aerospace Unmanned Systems where it is possible to have six degrees of freedom plus translation in all three axes. The system has the capability of carrying spacecraft and following its motion by using a X-Y tracking active system. It also has a gravity offload device that simulates reduced gravity which allows different space environments to be tested. Research: ADCL researchers are developing an autonomous small marsupial free-flyer based robotic spacecraft system for the exploration and mining of asteroids, other

planetary bodies and moons using microdrills and pneumatic samplers. Research is focused on flight control and reconfiguration for guidance under extreme environments, vision-aided navigation approaches and sampling systems design, testing and evaluation. The work will provide a framework for this robotic system to explore and extract samples from terrains that would be inaccessible to rover-type vehicles and where traditional flight guidance and navigation sensors are not functional.

Space Technologies Laboratory (STL) – Dr. Troy Henderson

Description: The Space Technologies Laboratory performs research into spaceflight qualified hardware and algorithms. Research in this facility is key to understanding proximity operations, relative motion, optical navigation, and design and test capabilities especially for nano-satellites. This is directly related to the design, build, test and operation of small satellite technologies. Key Equipment: s Class 10,000 clean room is used for assembly and integration of spaceflight hardware s Vibration table with payload capacity of 300 kg s 1m 3 ultra-high vacuum thermal vacuum chamber allows for space environmental testing s Optical Testbed includes Sawyer 7DOF robots as a proximity operation and optical sensors testbed, and an optical bench for calibration and testing

Research: In February 2024, the STL’s EagleCam project became the first university student-built payload on the moon. The CubeSat system is entirely designed and constructed by an interdisciplinary team of students who are also working on LLAMAS — a camera system that will capture images and video of the first commercial spacewalk planned for the Polaris Dawn mission.”

Space Company in the Research Park

Printech Circuit Laboratories designs, builds, tests and manufactures specialized circuitry and associated products for the aerospace, defense, and RF and microwave communication markets, all using cutting edge materials. For the space sector they produce designs working in the UHF frequency band right through to V-band using ‘off the shelf’ readily available components offering a great advantage for new space applications.

03.28.24

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

EAGLECAM

FIRST University student-built payload on the moon 2 + Years in the making 20 + Students across three disciplines 100 + Project donors

In February 2024, Embry-Riddle Aeronautical University and the College of Engineering accomplished a historic first. EagleCam — a CubeSat camera system entirely designed and built by students — landed on the moon. EagleCam traveled to the moon aboard the Intuitive Machines Odysseus lunar lander and became the first university student-built payload on the lunar surface. The interdisciplinary project was the culmination of years of hard work and innovation, with contributions from the aerospace, electrical and mechanical engineering disciplines. The CubeSat was developed in our Space Technologies Laboratory, one of the cutting-edge engineering facilities available at our university. Originally designed to take the world’s first third-person selfie of a spacecraft landing on the moon, EagleCam represents our commitment to advancing space technology and humanity’s understanding of the universe. The project has enabled our students to gain first-hand experience with space missions and has demonstrated their exceptional ability to adapt, iterate under pressure and persevere. At Embry-Riddle, the sky is no longer the limit. With talented faculty, modern research laboratories and the support of industry and generous donors, our students are at the forefront of space exploration. From version two of EagleCam, to 3D renderings of space walks, the future looks bright.

Contact Us Find out how to partner with the College of Engineering or support its space technology projects. College of Engineering, Daytona Beach Campus Dr. Jim Gregory, Dean gregoj14@erau.edu

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03.28.24

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AVIATION ARTIFICIAL INTELLIGENCE/ MACHINE LEARNING

Embry-Riddle Aeronautical University specializes in crafting Artificial Intelligence (Al) and Machine Learning (ML) solutions specific to the aviation ecosystem, from flight operations to aviation management. Our Al and ML research, algorithms and custom solutions can help you to:

Improve Engineered System Performance Enhance satellite orbit prediction accuracy. Predict hypersonic projectile in-flight behavior. Improve decision-making capabilities of autonomous systems. Enhance situational awareness and positioning accuracy through sensor fusion techniques.

Assist with dynamic network management. Optimize the behavior of drone swarms.

Improve Training and Flight Deck Performance Allow trainees to explore alternatives in varied or otherwise cost-prohibitive scenarios. Augment safety actions during unexpected events with onboard, real-time diagnostics. Monitor pilot alertness with eye-tracking technology and cockpit motion detection. Improve Aircraft Maintenance Increase fleet readiness and refine use of reserve aircraft through predictive maintenance. Expedite validation of system updates to speed certification without compromising safety. Improve Flight Operations Enhance safety with autonomous speech and airport taxiway sign recognition. Improve airport taxiing using vision and ranging-based object recognition.

Enable crew and air traffic control to negotiate routes between aircraft and onboard route change advisor. Control costs by improved sequencing of takeoffs, landings and scheduling; and by reducing fuel consumption based on weather trends and near-term predictions. Deploy appropriate Al/ML solutions to enhance the security/cybersecurity of operations.

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Rodney Cruise, Chief Operating Officer and Senior Vice President 386.226.7303 | corporate.engagement@erau.edu

03.28.24

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AIR AND SPACE RESEARCH AND DEVELOPMENT

Embry-Riddle Aeronautical University, the world’s leading aviation educator, is leveraging applied research to help shape the future of the aviation/aerospace industry. Our researchers team up with industry partners to take uncrewed aerial systems beyond the operator’s visual line of sight. They develop hybrid-electric propulsion systems to make urban air mobility a reality, tighten aviation cybersecurity and design resilient systems supporting the mission of the aerospace industry.

$ 106 MIL External funding secured by entrepreneurs in Embry-Riddle’s Research Park 60 MIN Drive from the Space Coast to our research facilities, which are adjacent to Daytona Beach International Airport

At Embry-Riddle’s Research Park, innovators have secured FAA approval to fly drones beyond the visual line of sight. Such advancements require a laser focus on safety as well as engineering know-how to improve the capabilities of uncrewed aerial systems (UAS). In support of space enterprise, researchers are developing modular, reusable satellites to reduce space junk, studying materials to keep astronauts safer and inventing solar-propelled sails for satellites. Researchers use our subsonic wind tunnel to analyze and solve problems such as how to land helicopters safely on ships. The Eagle Flight Research Center’s mission is to advance crewed and uncrewed flight through the fusion of theoretical and hardware-based research related to alternative propulsion, flight control, autonomy and the development of novel aircraft. Current areas of interest include green aviation, electric and hybrid-electric propulsion, noise reduction, advanced and urban air mobility and the controls to guide those aircraft. The Center for Aerospace Resilience (CAR) provides resilient systems solutions, that support carrying out the mission in the face of adversity, for private sector and government organizations. As a key element of resilience, cybersecurity is both mission and safety critical, particularly as modern aircraft are increasingly software driven, highly connected and computer-reliant. CAR pursues multidisciplinary research to protect the confidentiality, integrity, and availability of data and communications, for assuring the resilience of aerospace platforms, vehicles, airspace, air traffic management systems, and other supporting aerospace infrastructure elements. The Boeing Center for Aviation and Aerospace Safety at Embry-Riddle enables collaboration between industry and academia to tackle safety concerns in the increasingly complex aviation ecosystem. Leveraging thought leadership from Embry-Riddle faculty and industry partners, the Center provides innovative paths to improve safety. Through research and consulting, the Center provides real-time solutions to the industry, while preparing for the safety challenges of the future.

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Rodney Cruise, Chief Operating Officer and Senior Vice President 386.226.7303 | corporate.engagement@erau.edu

03.28.24

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AVIATION MAINTENANCE SCIENCE

FIRST Our all-female team just won first place in the 2023 Aerospace Maintenance Competition.

Demand for aviation maintenance professionals will top 610,000 over the next 20 years. Embry-Riddle Aeronautical University is preparing a qualified workforce to meet the need with certification programs and undergraduate and graduate degrees. The Aviation Maintenance Science (AMS) Department is dedicated to producing the best prepared and most qualified graduates to fill a vast array of career opportunities within the aerospace industry. AMS arms its students with advanced technical knowledge and the practical skills needed by tomorrow’s aviation maintenance technicians. Our greatest asset is our highly experienced faculty who have decades of experience in the industry. AMS is housed in a 48,000-square-foot facility that includes state-of-the-art classrooms and laboratories. We also utilize a dedicated hangar, enclosed turbine and reciprocating engine run test cells, several aircraft, ground support equipment, and a host of other equipment to provide our students a world-class education. Highlights: Our program exceeds Federal Aviation Administration’s (FAA) requirements by including advanced maintenance practices in avionics, fiber optics, satellite communication/connectivity, turbine engines, composites, human factors, inspections and troubleshooting in its curriculum. The AMS program is programmatically accredited by the Aviation Accreditation Board International. Students have the opportunity to work in an FAA-approved Part 145 engine repair station in the course of their training. Some students may have the opportunity to work in Embry-Riddle’s Fleet Maintenance Hangar maintaining airworthy aircraft. Students can choose a concentration in flight, maintenance management, safety science, or avionics cybertechnology and security. Our alumni are leaders in the industry and our reputation ensures our graduates are highly recruited.

FIRST Embry-Riddle’s AMS degree is the first to have an avionics cybertechnology and security concentration.

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Rodney Cruise, Chief Operating Officer and Senior Vice President 386.226.7303 | corporate.engagement@erau.edu

03.28.24

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

THE BUSINESS OF FLIGHT

The aviation industry supports 87.7 million jobs worldwide and $3.5 trillion in global economic activity. Embry-Riddle Aeronautical University is preparing aviation and aerospace business leaders for the future.

50 + YRS From modest beginnings with a single degree in Aviation Management, business education has grown to become a vital part of Embry-Riddle. FIRST The Nation’s first Master of Science in Aviation Finance, Aerospace Business Analytics and Doctorate program in Aviation Business Administration.

Embry-Riddle Aeronautical University provides world-class aviation and aerospace business education. Our strategic Business of Flight ® approach places our graduates on the leading edge of innovation. Embry-Riddle’s business faculty are experts in their fields with experience at some of the world’s top companies. They have strong connections to industry and are uniquely qualified as mentors and coaches. Successful alumni from top companies regularly recruit Embry-Riddle students for internships and positions around the globe. Our students secure rewarding careers with leading airlines, aircraft manufacturers, financing companies, airports, space companies and aviation consulting companies. We offer bachelor’s and master’s degrees in Aviation Business Administration and Business Administration, master’s degrees in Aerospace Business Analytics and Aviation Finance and a Doctorate in Aviation Business Administration. Highlights: The David B. O’Maley College of Business provides a world-class business education in aviation and aerospace, placing our graduates at the leading edge of business leadership and innovation Embry-Riddle is a pioneer in offering a Master of Science in Aerospace Business Analytics, Aviation Finance and a Doctorate in Aviation Business Administration Our faculty experts offer extensive academic as well as real-world experience; 16 have authored leading aviation and business textbooks Our alumni are influential CEOs and entrepreneurs in aviation, aerospace, aviation insurance and risk management

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Rodney Cruise, Chief Operating Officer and Senior Vice President 386.226.7303 | corporate.engagement@erau.edu

03.28.24

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AVIATION CORPORATE EDUCATION

As the leading aviation educator, Embry-Riddle Aeronautical University helps industry retain talent and develop its workforce.

FIRST University with a Level 3 certification by AUVSI Trusted Operator Program™ BEST Top 5 Online Bachelor’s Programs

Embry-Riddle provides customized coursework, new content, short courses and certificate programs driven by emerging technologies and best practices in critical areas, such as: Aircraft Certification

Corporate Aviation Management Disaster Assistance and Response FBO Management Human Factors Logistics and Supply Chain Management Online Private, Commercial and UAS Ground Schools OSHA General Industry Training Space Situational Awareness Uncrewed Aircraft Systems (UAS)

Aviation Accident Investigation Aviation Accounting and Finance Aviation Business Administration Aviation Cybersecurity Aviation English Aviation Maintenance Familiarization Aviation Management Aviation Risk Management Aviation Safety Avionics

for Tenth Consecutive Year “U.S. News & World Report”

As part of Embry-Riddle’s commitment to continuing professional education and lifelong learning, Embry-Riddle offers a variety of aviation focused short courses throughout the year. These courses are tailored for industry professionals involved in the operations, management and supervision of aviation organizations. Our professors and instructors are leaders in the industry. They share the knowledge they’ve gained from decades of industry and higher-learning experience to ensure learners have a competitive edge in the workforce. Over the last decade, Embry-Riddle has successfully developed and delivered a diverse range of customized training solutions for government and private organizations, around the globe, with courses ranging from Aviation Safety Management Systems (SMS); Aircraft Accident Investigation; Uncrewed Aircraft Systems; Media Relations in Aircraft Accident Investigation; Aviation English and System Safety Engineering and Certification.

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Rodney Cruise, Chief Operating Officer and Senior Vice President 386.226.7303 | corporate.engagement@erau.edu

03.28.24

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AVIATION CYBERSECURITY

Embry-Riddle Aeronautical University draws on cybersecurity principles, safety, certification and assurance experience to educate aviation professionals.

FIRST Cybersecurity engineering program with required safety and certification core ONLY Aviation maintenance program with a cybersecurity track 3 . 5 MIL Projected global cybersecurity workforce gap by 2025

Our Center for Aerospace Resilience (CAR) coordinates research on cybersecurity engineering across the university, contributing to product development in collaboration with industry and federal agencies. Our engineers develop solutions to support the evolution of airspace, aircraft and avionics, flight operations, UAS and satellite systems. Embry-Riddle researchers contribute to standards, policy, supporting technology development, and best practices for organizations such as ICAO Trust Framework Panel, ICAO Cybersecurity Panel, EUROCAE WG-72 ED-203A / RTCA SC-216 DO-356A, ACI US-ACCESS, AIA Civil Aviation Cybersecurity Subcommittee, Cyber Safety Commercial Aviation Team and FAA REDAC SAS. In addition to providing short courses and certificate programs, we have also developed and administered aviation cybersecurity Capture the Flag (CTF) events at venues such as A-ISAC, ACI Cyber Rodeo, AIAA, RSA Conference, DEFCON Aerospace Village and others. Our portfolio of aviation cybersecurity projects includes: Aircraft-based detection of GPS spoofing Trustworthiness models for aviation systems Risk management for Positioning, Navigation and Timing (PNT) services Threat modeling and mitigation for avionics Cyber resilience analysis of components and interdependencies Rapid certification of software updates and aircraft certification support Onboard expert systems to aid pilots in emergency decision-making Cybersecurity risk management for trajectory-based operations Counter-drone technology to bring down rogue drones safely

Contact Us Find out how Embry-Riddle can help your business: Office of Corporate Engagement Zero-Trust architecture for aviation systems Aviation Cybersecurity Data Science & AI/ML Autonomous & AAM/UAS Systems

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Rodney Cruise, Chief Operating Officer and Senior Vice President 386.226.7303 | corporate.engagement@erau.edu

03.28.24

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AVIATION DATA ANALYTICS

Embry-Riddle Aeronautical University drives efficiencies using data from across the aviation ecosystem: infrastructure, aircraft sensors, maintenance, weather, air traffic and passengers. We consult with manufacturers, airlines, UAS fleets, Urban Air Mobility, leasing operations and MROs to reduce costs, maximize utilization while improving safety and optimizing the supply chain. We can help the industry analyze data, score and rank processes and re-engineer processes and ecosystems to achieve measurable benefits, such as:

42 % Flights delayed by mismanaged, airline-controlled processes (Source: IATA)

Automatically coding maintenance discrepancies and corrective actions performed on fleet Increasing aircraft availability using data from OEMs and fleets to drive predictive maintenance Minimizing downtime and delays by using data to improve supply chain management Reducing fuel consumption, time, emissions and noise by identifying efficient algorithms for aircraft trajectory optimization in the air traffic system Fusing comprehensive safety data through information acquired from various sources such as safety reports, in-flight telemetry, air traffic surveillance and weather data Analyzing trends so lessors realize better cash flow across the life cycle of their assets Optimizing network, fleet and workforce operations Enhancing corporate value by creating optimal hedging strategies for fuel, currency and risk Acquiring operational service insights from customer data Maximizing revenue by combining variable pricing and inventory management methods Our scientists have been enlisted to develop and enhance weather decision- making aids for use in general and commercial aviation

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Rodney Cruise, Chief Operating Officer and Senior Vice President 386.226.7303 | corporate.engagement@erau.edu

03.28.24

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

MASTER OF SPACE OPERATIONS

Embry-Riddle Aeronautical University’s online Master of Space Operations provides the tools and knowledge necessary to prosper in today’s rapidly evolving space industry.

Admission The program welcomes students from a variety of backgrounds such as business, finance, safety, occupational health, the military and more. A STEM background is not necessary to be successful in this program. ALL APPLICANTS NEED A minimum cumulative grade point average (CGPA) of 2.5 A bachelor’s degree from an accredited degree-granting institution Official transcript(s) from the accredited degree-conferring institution(s) Admittance to the program may be granted conditional on completion of selected undergraduate courses specified at the time of admission. Who Can Apply Professionals in the space industry seeking to further their career Professionals from other industries who want to become subject-matter experts

Our cutting-edge program produces graduates with the expertise and professional skills required to develop a comprehensive perspective on the current state of the space ecosystem and its challenges. In this flexible online curriculum, students explore the STEM principles and theory necessary for conducting spaceflight operations and create strategies for developing space capability and executing spaceflight missions. Upon completion of the program, graduates will be subject matter experts prepared to become industry leaders. The Master of Space Operations was specially designed by a team of world-renowned experts. Our brilliant faculty have extensive industry experience and expertise, bringing a unique, real-world perspective to the program. The Program The Master of Space Operations (MSO) provides graduates with the knowledge, skills and abilities necessary for rewarding careers in the growing space industry. The program’s core courses will help students deepen their understanding of the realities of commercial space, space technology, program management, policy, law and business. The Embry-Riddle Advantage As a leader in online education, Embry-Riddle’s MSO provides students with a top-notch learning experience. The program was created for students seeking to enhance their education without interfering with their work, helping employers develop and retain talent. With a total of 30 credit hours, this flexible degree can be completed in less than two years. Courses are delivered entirely online and can be completed at each student’s preferred pace and order. Course Focus Courses in the MSO program explore topics rooted in domain awareness, technical understanding and functional execution. The interdisciplinary curriculum includes classes ranging from The Launch Industry and Earth Observation and Remote Sensing to Cybersecurity Application in Space and Space Law and Policy. Through these courses, students will understand the unique features of the space domain, gain the knowledge required to contribute substantively and learn the skills to execute space operations.

Contact Us For more information contact: College of Aviation, Worldwide/Online 800.522.6787 | wwaero@erau.edu | worldwide.erau.edu/mso

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03.28.24

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

HUMAN-MACHINE INTERFACE

As a leader in aviation and aerospace innovation, Embry-Riddle Aeronautical University is uniquely positioned to provide extensive research support for the human-machine interface technologies essential to the next generation of commercial airliners and aviation commerce.

878 K Number of UAS registered in the U.S. according to the Federal Aviation Administration 7 Number of doctoral programs offered at Embry-Riddle

We have the expertise, research capability and infrastructure to study information processing, situation awareness, training and flight-deck performance issues. We recognize that new interface designs will require significant testing as well as sweeping changes to flight decks. The insights of our interdisciplinary team can provide solutions with a focus on human-machine interface. Embry-Riddle is ideally suited to lead research in this rapidly emerging field. Our faculty experts have provided leadership to relevant Radio Technical Commission for Aeronautics (RTCA) committees. Our state-of-the-art research facilities support experimental flight testing, aircraft modifications for FAA certification, design and testing of uncrewed aircraft systems (UAS), development and verification of high-fidelity (up to Level D) flight-data models used in engineering and training simulators. Highlights: Expert faculty members in uncrewed aerial vehicles, human factors, consumer perceptions research and human-machine interfaces The Next-generation Embry-Riddle Applied Research (NEAR) Lab is a research and development enterprise providing software engineering, systems engineering and modeling and simulation services Embry-Riddle is working to help safely integrate UAS into the National Airspace We are focused on advancing awareness of the need for Aviation English proficiency Our comprehensive aviation research infrastructure and expertise is unique and differentiates us among other institutions of higher education Our interdisciplinary research teams can go deep inside the issues and opportunities that surround human-machine interface on the flight deck

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Rodney Cruise, Chief Operating Officer and Senior Vice President 386.226.7303 | corporate.engagement@erau.edu

03.28.24

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

LIFTING LIMITS: COMMERCIAL SPACE ENTERPRISE AT EMBRY-RIDDLE

Embry-Riddle Aeronautical University and its thriving Research Park are accelerating entrepreneurship to create high-paying jobs and build the commercial space workforce of the future. Cape Canaveral, Florida, the nation’s most active spaceport, is the epicenter of a global space economy that reached $447 billion in 2020. Embry-Riddle’s Research Park works to ensure that successful aerospace businesses start, grow and stay in Florida. We are turning transformative ideas into job growth and economic progress. Two dozen Research Park companies have provided 123 high-paying jobs and 173 student internships thus far (2017-22). Embry-Riddle Research Park companies have also raised an impressive $46.7 million. Faculty and students are collaborating with industry to free commercial space from limitations, with solutions focused on: Full Life Cycle Operations – Students are specializing in the many different phases of the Space Operations Life Cycle, including development of effective green propellants, propulsion system design, orbital mechanics, electromagnetic spectrum management, space weather forecasting, risk analysis and regulatory compliance. Life Support and Sustenance – Students are creating habitats meant to sustain life in space and provide protection against both radiation and space debris. They are also envisioning AI-based systems, which not only aim to sustain life through data-oriented decision-making but also provide feedback on human performance in order to improve next-generation systems. Cost-Effective, High-Precision Instrumentation – Our students are developing hardware alternatives that can reliably withstand harsh operating conditions in space to perform instrumentation needs — such as sensing and communications, capture and maintenance and debris removal.

Space-Related Programs

BACHELOR’S DEGREES Aeronautical Science Aeronautics

Aerospace and Occupational Safety Aerospace Engineering (Astronautics) Aerospace Physiology Astronomy and Astrophysics Engineering Physics Space Physics Spaceflight Operations Unmanned Aircraft Systems Unmanned Systems Applications

MASTER’S DEGREES Aeronautics

Aerospace Engineering Aviation Aviation and Aerospace Sustainability Engineering Physics Space Operations Unmanned and Autonomous Systems Engineering Unmanned Systems

PH.D.

Aerospace Engineering Engineering Physics

EAGLES WORK WITH SPACE PIONEERS, INCLUDING: The U.S. Space Force, SpaceX, Virgin Galactic, Blue Origin, The Boeing Company — and many others

Rodney Cruise, Chief Operating Officer and Senior Vice President 386.226.4928 | corporate.engagement@erau.edu

03.28.24

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

EMBRY-RIDDLE AT A GLANCE

96% of surveyed Embry-Riddle graduates are employed or are continuing education within one year of graduation.

Embry-Riddle Aeronautical University offers comprehensive academic programs focused on aerospace, aviation, business, engineering, security and intelligence. Florida Campus /// Home to an innovative research park and adjacent to the Daytona Beach International Airport, the Daytona Beach Campus is located near the world’s gateway to space. It is a leading hub for aerospace and aviation manufacturing. Arizona Campus /// Nestled a mile high in the mountains of Northern Arizona, the Prescott Campus is home to the nation’s first College of Business, Security and Intelligence, which boasts high-tech, high-demand programs, including Global Security and Intelligence Studies. Worldwide Campus /// Online education is available anywhere, anytime through our award-winning platform. Among our satellite locations around the globe, our Singapore Campus is at the heart of the fast-growing Asia-Pacific region, and our location in Brazil is advancing aviation education and research in Central and South America. We also offer Professional Education courses tailored to fit your workforce needs and designed to help you reach your specific goals.

30,500+ STUDENT POPULATION

100+ DEGREE PROGRAMS

3 CAMPUSES Daytona Beach, Florida Prescott, Arizona Worldwide / Online

Among the Nation’s Best U.S. News & World Report, 2024

#1 Regional Colleges: West #1 Best for Veterans: West #3 Best for Veterans: South #3 Most Innovative Schools: South

#4 Best Undergraduate Aerospace Engineering #5 Online Bachelor’s Programs for Veterans #6 Best Regional Universities: South #7 Best Undergraduate Teaching Programs #9 Best Online Master’s in Engineering Programs for Veterans

Human Factors M.S. IN

COLLEGE OF ARTS & SCIENCES

To better leverage humans, machines and interfaces in the global workplace. The Master of Science in Human Factors is designed for individuals who want to better understand the interrelationship between human performance and technology.

Master of Science in Human Factors

Human Factors is a multidisciplinary science. Our goal is for you to graduate from the M.S. program with the knowledge and skillset to make applications specific to human cognitive, physiological, psychological and biomechanical capabilities and limitations as they relate to operational, design, assessment and research protocols. Offered completely online, Embry-Riddle’s program is designed for both recent college graduates and experienced professionals working in the public and private sectors who have an interest in improving the interaction between humans, machines and systems. Human Factors focuses on enhancing user experience and optimizing human-centric designs in complex sociotechnical systems. It seeks to reduce human error while optimizing performance.

Career Potential:

Aviation/Aerospace Engineering Gaming Healthcare/Medical

Pharmaceuticals System Design Training/Simulation Transportation

Request Information or Apply Now worldwide.erau.edu/mshf

Embry-Riddle educates students at residential campuses in Daytona Beach, Florida, and Prescott, Arizona, and through the Worldwide Campus with a nationally recognized online learning program and a global network of education facilities.

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