Industry One Sheets 2026

Embry-Riddle Aeronautical University

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AVIATION ARTIFICIAL INTELLIGENCE/ MACHINE LEARNING

Embry-Riddle Aeronautical University partners with industry and government to deliver Artificial Intelligence and Machine Learning solutions across aviation, aerospace and space systems. From autonomous flight and predictive maintenance to mission planning, cyber resilience and space operations, our applied AI research translates into measurable gains in performance, safety and decision advantage.

$ 19.9 T AI’s projected global economic impact by 2030 (IDC, 2024). $ 4.86 B Global market forecast for AI in aviation by 2030 (PRNewswire, 2025). 88 % Organizations using AI in at least one function (McKinsey, 2025).

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. Reduce fuel consumption based on weather trends and near-term predictions. Deploy appropriate Al/ML solutions to enhance the security/cybersecurity of operations.

Contact Us Find out how Embry-Riddle can help your business: Office of Corporate Engagement Rodney Cruise, Chief Operating Officer and Senior Vice President +1 (386) 226.7303 | corporate.engagement@erau.edu

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04.17.26

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AIR AND SPACE RESEARCH AND DEVELOPMENT

Embry-Riddle Aeronautical University, the world’s leading aviation and aerospace educator, partners with industry, government and innovators to advance the future of air and space. Through applied research, our teams develop solutions that improve aviation safety, enable advanced air mobility (AAM), strengthen cyber resilience and expand space exploration capabilities.

At Embry-Riddle’s Research Park, researchers and entrepreneurs collaborate to develop technologies shaping the next generation of aerospace systems. Innovators at the park have secured FAA approval to operate drones beyond visual line of sight (BVLOS), advancing the safe expansion of uncrewed aerial systems. Research includes hypersonic material testing, aircraft performance and safety using the university’s subsonic wind tunnel, and AAM focused on integration, autonomy and airspace management. Located adjacent to Daytona Beach International Airport and within an hour of Florida’s Space Coast, the Research Park provides a unique environment for aerospace innovation, testing and collaboration. 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 Advanced Dynamics and Control Laboratory (ADCL) supports research activities focused on the development and implementation of guidance, navigation and control of aerospace systems. This includes performing complex tasks in space using robotic tools and advancing the safety and resilience of next-generation AAM systems. The Astrodynamics and Spacecraft Lab supports cutting-edge research activities related to spacecraft formation flight, on-orbit servicing and space debris removal. The lab is the home of two research groups: ADAMUS (ADvanced Autonomous MUltiple Spacecraft) and ASPROS (Autonomous SPacecraft and RObotic Systems). The Space Technologies Laboratory (STL) conducts research on spaceflight hardware and algorithms, focusing on proximity operations, relative motion, optical navigation, and design capabilities for nano-satellites, directly contributing to small satellite technology development and operation. Research areas encompass various aspects of spaceflight. STL achieved the first university student-built payload on the Moon. The Wireless Devices and Electromagnetics (WIDE) Laboratory researchers work to advance knowledge and applications in connected wireless systems, antennas, sensors and cyber-physical systems. This includes improving the performance of advanced manufacturing techniques for RF and optical communications applications.

$ 153 M+ External funding secured by entrepreneurs in Embry-Riddle’s Research Park # 1

Most Innovative Schools: South U.S. News & World Report, 2025-2026

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04.17.26

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AIR AND SPACE RESEARCH AND DEVELOPMENT

Embry-Riddle’s research centers operate as mission-focused, interdisciplinary hubs aligned with strategic aerospace priorities. These high-impact investments enable coordinated, multi-investigator research addressing complex civil and defense challenges in advanced air mobility (AAM), space systems, cybersecurity and aviation safety. By integrating emerging data streams with advanced AI/ML analytics, our researchers enhance risk modeling, mission resilience and system performance across the global aerospace enterprise.

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 industry engagement, the Center provides real-time solutions to the industry, while preparing for the safety challenges of the future. The Center for Aerospace Resilience Systems (CARS) delivers mission-critical resilience solutions enabling aerospace operations in contested, degraded, and uncertain environments. As a nexus for high assurance aerospace research, CARS integrates expertise in AI/ML, cybersecurity, data science, avionics, and resilient systems to address emerging threats to safety-critical aviation and space infrastructure. Supporting national security and industry partners, CARS advances continuity of operations through multidisciplinary research, modeling and simulation, rapid prototyping, advanced and applied software engineering, strengthening mission assurance and operational effectiveness across aviation and space systems. The Center for Space and Atmospheric Research (CSAR) studies planetary atmospheres and space weather, including Atmosphere, Ionosphere, and Magnetosphere (AIM) systems. Its multidisciplinary team combines theory, modeling, observation, and experimentation to advance space and atmospheric science. In the past five years, CSAR researchers have supported more than a dozen sounding rocket launches and contributed instruments to satellites in LEO and on Mars missions. CSAR also conducts state-of-the- art modeling of lower-atmosphere and ionosphere coupling, for which it currently leads a $7.2M ONR Multi-University Research Initiative. Within CSAR, the Space and Atmospheric Instrumentation Lab (SAIL) develops instruments to study planetary atmospheres and near- Earth Space Weather, and is capable of supporting export-controlled research. The Center for Advanced Air Mobility (CAAM) advances the safe and scalable future of next-generation aviation through applied research, workforce development, policy leadership, and technology transition. Leveraging Embry-Riddle’s expertise in safety, engineering, operations, and policy, CAAM addresses key challenges such as autonomy, airspace integration, certification, and environmental performance while supporting defense, government, and industry partners in deploying advanced air mobility systems.

$ 20 M+ Defense research awards across Embry-Riddle’s Centers of Excellence $ 5 M+ Industry‑engaged R&D across Embry-Riddle’s Centers of Excellence

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04.17.26

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AIRWORTHINESS ENGINEERING

2 Education options: the Master of Science in Airworthiness Engineering and the Graduate Certificate in Airworthiness Engineering ONLINE All Airworthiness Engineering courses are offered through our Worldwide & Online Campus

Current FAA regulations require DER applicants to possess deep engineering experience, as well as familiarity with airworthiness standards. Embry-Riddle’s options for airworthiness engineering education prepare future DER applicants for careers in testing and certifying aircraft systems, parts and products to ensure compliant and safe operations. Our Graduate Certificate in Airworthiness Engineering is ideal for engineers who wish to develop a general awareness of airworthiness engineering. Airworthiness is an ever-evolving field marked by frequent and dramatic change. For this reason, individuals interested in an airworthiness engineering career require timely education led by experts. Embry-Riddle faculty have extensive industry experience, and they provide students with first-hand knowledge and guidance. Our airworthiness engineering programs are informed by Industrial Program Advisory Board input, and our Master of Science in Airworthiness Engineering is the only engineering program accepted by the FAA toward a DER certification. Airworthiness engineering courses offer an exploration of relevant civil and military airworthiness requirements in vehicle development and operation, including continual airworthiness over a useful life. Classes provide an understanding of the implications and impact of airworthiness on crewed, uncrewed and other innovative vehicle systems. Embry-Riddle Aeronautical University is the world’s first FAA-accepted program in Airworthiness Engineering. Interested in becoming a Designated Engineering Representative (DER)? Learn Airworthiness Engineering from industry leaders and take strides to becoming an influential part of the airworthiness community with a Master of Science or Graduate Certificate in Airworthiness Engineering.

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+1 (800) 522.6787 | worldwide@erau.edu

04.29.26

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 690,000 over the next 17 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 utilizes state-of-the-art laboratories, 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 the 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 coursework in avionics line maintenance and cybertechnology and security leading to a range of additional certifications. 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 include avionics cybertechnology and security coursework.

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04.17.26

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AVIATION MAINTENANCE TECHNOLOGY SKILLBRIDGE PROGRAM

958 Students with new cohorts starting three times per year 955 Program graduates 99 % Program completion rate 98 % Interview rate after program completion 90 % Offer rate of employment * SkillBridge data accurate through April 28, 2026

Supporting transitioning service members, veterans and military spouses. The Embry-Riddle Aeronautical University Aviation Maintenance Technology (AMT) SkillBridge program is an approved Department of Defense SkillBridge program. The program supports transitioning service members, veterans and military spouses into aviation maintenance technician careers. Certifications and Degree Programs: The full-time, nine-week SkillBridge program prepares eligible students for the FAA Part 65.77 written and oral; Aviation Maintenance Technology Part 65 Certificate; B-737 Familiarization Certificate from industry partner AAR. Student Population: Students include military service members who are within 180 days of separation or retirement, as well as veterans and military spouses. Employment Strategy: Eligible students receive guaranteed interviews with a minimum of the following industry partners: AAR, Amentum, Boeing, Gulfstream, Hawaiian Airlines, Honeywell, Lockheed Martin and Northrop Grumman. Industry partners are committed to coaching and interviewing program participants. According to the U.S. Bureau of Labor Statistics, the mean annual salary for aircraft mechanics and service technicians is $76,260.

Training Locations: Camp Lejeune- New River North Carolina Ft. Carson Colorado Fort Bragg North Carolina

Norfolk Virginia Oceanside-Camp Pendleton California

Ft. Campbell Kentucky Virtual Nationwide

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04.28.26

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AVIATION ENGLISH THE WORLDWIDE STANDARD

Embry-Riddle Worldwide’s Aviation English programs align with ICAO Language Proficiency Requirements and are built around real-world aviation communication used in flight training and airline operations. Applied linguists and aviation communication specialists design our programs to develop precise, real-world communication skills pilots need for safe and effective flight operations. Built for Flight Training Institutions Designed for Student Pilots Trusted by Airlines We prepare ab-initio trainees to meet the communication demands of flight training and international airline operations, reducing language risk and strengthening pilot readiness from day one. From classroom to cockpit, communication matters. Embry-Riddle sets the standard.

English for Flight Training Assessment (EFTA) A standardized online test to evaluate aviation English proficiency for flight training readiness.

English for Flight Training (9-weeks) An online, instructor-led, aviation English course designed to prepare ab-initio cadets for flight training.

Aviation English Rater Training (4-weeks) A course to provide the knowledge and practical experience necessary to apply the ICAO Language Proficiency Rating Scale with accuracy and consistency. Participants gain an overview of ICAO’s Language Proficiency Requirements (LPRs) and explore key concepts in aviation language assessment.

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04.23.26

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

THE BOEING CENTER FOR AVIATION AND AEROSPACE SAFETY

The Boeing Center for Aviation and Aerospace Safety was founded to take on aviation safety’s most pressing challenges. Through research, education, and industry engagement, the Center leverages Embry-Riddle’s faculty of more than 1,300 to solve hard problems and share new knowledge. The Center’s mission is accomplished through four pillars: Research // Conducting relevant and impactful research to enhance safety. Areas of emphasis include: AI Applications in Safety Human Performance Safety Culture Safety Data Analytics Safety Management Systems System Safety Enhancing the Student Experience // Supporting industry-leading safety education at the undergraduate and graduate levels at all three campuses. Programs include: Safety-related internships Opportunities to engage in funded research Student-moderated Safer Skies guest speaker series Guest lectures with industry experts Opportunity to present original research at Safety Research Symposium Professional Education // Providing highly specialized executive education in support of aviation and aerospace safety. Custom course development available. Courses include: Accident and Incident Investigation Data Analytics and AI in Aviation Safety

ADVANCING THE SAFETY OF ALL WHO FLY.

Directing the center are two highly qualified aviation professionals. Executive Director, Honorable Robert L. Sumwalt , is a highly distinguished aviator and former chairman of the U.S. National Transportation Safety Board (NTSB). Associate Director, Kristy Kiernan, Ph.D., is a former Coast Guard aviator, where she served as aviation safety officer and lead pilot for technical issues in the Falcon 20. Her current research investigates the positive contribution of human performance to aviation safety.

Disaster Assistance and Response Emergency Response and Resilience Human Performance Safety Management Systems

Industry Engagement // Promoting thought leadership and serving as a platform for engagement and debate, through: Providing a venue for industry experts to interact with students and faculty Video podcasts with industry experts Connecting faculty and students with industry-driven research projects Collaborating with other centers of excellence within the university to further our mission Providing expert contribution at safety conferences to solve the most crucial safety issues

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Contact Us The Boeing Center for Aviation and Aerospace Safety Robert Sumwalt, Executive Director + 1 (386) 241.1958 | robert.sumwalt@erau.edu

04.17.26

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 is the global leader in aviation and aerospace business education. Our strategic Business of Flight ® approach places our graduates on the leading edge of innovation. Through immersive industry-integrated learning environments, students engage directly with real-world aviation finance, operations and marketing challenges. 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, Aviation Finance, Business Administration, Business Administration in Aviation Management 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, Business Administration, Business Administration in Aviation Management 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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04.20.26

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

CENTER FOR ADVANCED AIR MOBILITY

The Center for Advanced Air Mobility is a leading-edge research and education initiative dedicated to advancing next-generation aviation technologies and their integration into society. The Center brings together interdisciplinary research, workforce development, and industry collaboration to address the challenges and opportunities of Advanced Air Mobility (AAM). Our mission is to perform pioneering research, develop a career-ready workforce, create innovative curriculum, conduct immersive student engagement and forge dynamic industry collaborations to accelerate the advancement and community integration of transformative Advanced Air Mobility transportation technology.

ADVANCING SAFE, SCALABLE AIR MOBILITY

OUR VISION Creating a better society through the development and advancement of safe, scalable, and sustainable advanced air mobility systems that transform how people live, how commerce flows and how communities connect.

The Center includes:

Advanced Air Mobility Laboratory Provides an 80’ x 70’ hangar space with direct airport access, alongside a 60’ x 60’ x 50’ netted cage for on-field flight testing. Supports prototyping, welding, fabrication and machining through a fully equipped machine shop. Enables research in flight dynamics and control, flight testing, propulsion, parameter identification and aerodynamics. C-182Q Flying Testbed Features specialized sensors, instrumentation and external mounting pylons. Supports diverse mission applications, including detect-and-avoid, aerodynamics, performance, human factors and meteorological sampling. Facilitates rapid prototyping and compliance with stringent sponsor testing specifications through on-site fabrication. AAM Simulation Offers custom inceptor configurations and advanced flight modeling. Provides programmable handling qualities and training effectiveness evaluation. Delivers a 180-degree operator field of view. Captures flight data, pilot inputs, and performance metrics for analysis. Smart and Multifunctional Meta-Structures Lab Design and optimize mechanical metamaterials. Fabricate multifunctional composites using additive manufacturing.

OUR VALUES

Integrity; first and always Making a difference through impact that matters Cooperative teambuilding & collaboration Preparing students to lead the workforce of the future Commitment to unmatched excellence

WHAT MAKES US UNIQUE Proven research excellence

Multi-disciplinary faculty experts Motivated, capable and inquisitive students Longstanding operational experience State-of-the-art laboratories, facilities & equipment Robust industry & government collaborations

Conduct electromechanical testing of structural batteries. Perform electrochemical testing of lithium-ion batteries.

Contact Us Center for Advanced Air Mobility Ryan Wallace, Ed.D., Executive Director +1 (386) 323.5085 | ryan.wallace@erau.edu

05.28.26

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

CENTER FOR AEROSPACE RESILIENT SYSTEMS

The Center for Aerospace Resilient Systems (CARS) provides a “One Embry-Riddle” approach, leveraging faculty and students across all departments and campuses. There continues to be many threats to the resilience of aerospace systems. Today’s emerging technologies offer both amazing new capabilities as well as new complications. CARS continues to work with industry, government and academic partners to address key emerging challenges to the resilience of our aerospace ecosystem: Aerospace Cybersecurity AAM/UAM/UAS/UTM AI/ML, Data Science Space Systems Autonomous Systems Airspace Systems Operations Resilience Related Training Solutions

The Aerospace Cybersecurity Challenge Emerging and rapidly evolving cybersecurity risks are confronting the aviation and aerospace ecosystem. CARS addresses the cyber resilience of safety-critical aviation & aerospace systems and cultivates new areas of research & development through innovative applications of technologies such as artificial intelligence (AI), machine learning (ML), data science and analytics to enhance cybersecurity, cyber safety and cyber resilience of the aerospace ecosystem. Our national security and economic interests rely on the proper functionality and availability of the aerospace infrastructure. Once isolated and independent, aviation and aerospace systems are evolving to become more interconnected, software driven and computationally intensive. While enhancing efficiency, this also increases the risks of compromise. The criticality of aerospace systems and their adaptation to evolving demands require focusing on innovative solution development rooted in safety culture. The Impact CARS is Embry-Riddle’s hub for developing high-assurance aerospace systems and technologies. It connects university experts in CNS ATM systems, AI, cybersecurity, data science, software, and hardware with industry and government professionals to foster collaboration on industry challenges and opportunities. The CARS System Integration Lab (SIL) is the first center to integrate cybersecurity and data analytics across the aviation ecosystem, including cockpit operations, dispatch, and air traffic control. SIL offers Flight Deck Simulations, Airplane Digital System Twin, Real-Time AI Cyber Detection, Intrusion Response, and Flight Deck Pilot Alerting, focusing on aviation R&D. CARS strengthens Embry-Riddle’s impact in aerospace by providing: Multidisciplinary expertise in collaboration with industry, government and academic partners to address challenges facing aerospace systems and infrastructure. A partner in commercialization that will work with industry to license technology. A centralized knowledge base that shares findings through presentations and publications. Resources to support workforce development and customize training scenarios using physical and virtual tools.

Vision Inspiring the next generation of aerospace systems professionals through innovative research and education in collaboration with universities, governments and the leading aerospace companies around the world. Mission To be a world leader in the research and innovation of safe, secure and resilient aerospace system solutions that meet

the needs of our global aerospace community.

The Center for Aerospace Resilient Systems has been established to amplify Embry-Riddle’s contribution to the economic development of the region.

Contact Us Office of Corporate Engagement Rodney Cruise, Chief Operating Officer and Senior Vice President +1 (386) 226.7303 | corporate.engagement@erau.edu

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04.28.26

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AEROSECURE RESEARCH CONSORTIUM

“Embry-Riddle Aeronautical University provides a unique capability for providing the aerospace leadership needed for a university and industry partnership research consortium that can focus on the specific aerospace cybersecurity needs of our community.” Dan Diessner Executive Director, Center for Aerospace Resilient Systems FIRST The world’s first aerospace cybersecurity research consortium 45 % By 2025, 45% of global organizations will be impacted by a supply chain attack (Source: gartner.com) $ 10 . 5 TRIL Projected global cost of cybercrime by 2025 (Source: esentire.com)

Join the Aerospace Strategic Exploration of Cybersecurity via the University Research & Education (AeroSECURE) Research Consortium, the world’s first consortium of its kind, designed to tackle the unique cybersecurity challenges faced by the aerospace community. With a focus on addressing the aerospace community’s distinctive blend of Operational Technology (OT) and Information Technology (IT) cybersecurity challenges, AeroSECURE brings together leading cyber experts and esteemed partners in aviation and aerospace research. Embry-Riddle recognizes that the aviation and aerospace industries demand a comprehensive approach to cybersecurity. With our resident expertise, extensive research networks and strong organizational structure, we provide an unprecedented platform for sharing data, findings, solutions and best practices. Through collaboration with industry, government and university partners, we aim to develop innovative strategies that meet the specific needs of the aerospace cybersecurity community. AeroSECURE offers immense value by addressing common and shared research and training needs within the aviation and aerospace cyber community. By becoming a member of AeroSECURE, your organization gains access to cutting-edge insights, collaborative opportunities and a network of industry leaders, enabling you to stay ahead of emerging threats and enhance your cybersecurity posture. Research consortium partner membership includes: The opportunity to propose central research queries for study or training to be developed. Invitation to attend bi-annual AeroSECURE Industry Advisory Board meetings to define and select research and training activities, as well as receive reports on research study or training development progress. Direct access to anonymized or de-identified raw data, analyses and findings. Access to research summary briefs that offer evidence-based recommendations and strategies. Access to closed research and training forums for consortia information sharing. Opportunities to attend specialized training activities. Industry partners access to collaborate with and support dedicated research initiatives (e.g. undergraduate capstone, master’s thesis or Ph.D. dissertation research). A vehicle to define and fund stakeholder-specific research topics. Don’t miss the opportunity to be at the forefront of aerospace cybersecurity. Join AeroSECURE today and become part of a pioneering community dedicated to safeguarding the future of the aviation and aerospace industries. Together, we will navigate the complex cybersecurity landscape and shape the future of safe, secure and resilient aerospace systems.

Contact Us Office of Corporate Engagement Rodney Cruise, Chief Operating Officer and Senior Vice President +1 (386) 226.7303 | corporate.engagement@erau.edu

04.28.26

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

AVIATION CORPORATE EDUCATION

Powering the Future of Aviation Workforce Excellence As the global leader in aviation education, Embry-Riddle Aeronautical University equips organizations with the knowledge and expertise needed to attract, develop, and retain top talent. Embry-Riddle’s professional education, customized training solutions and specialized certificate programs integrate emerging technologies and industry best practices to meet the critical demands of aviation and aerospace, including:

FLEXIBLE

In-person and online educational opportunities.

Aircraft Certification Aircraft Accident Investigation Airport Planning and Design Airport Risk Management Aviation Accounting and Finance Aviation Cybersecurity Aviation English

Aviation Sustainability Avionics

INNOVATIVE

Corporate Aviation Management Disaster Assistance and Response Emergency Management FBO Management Human Factors and HFACS OSHA General Industry Training Pilot Ground Schools Pilot Selection Uncrewed Aircraft Systems (UAS)

Cutting-edge programs tailored to industry needs.

Aviation Management Aviation Psychology Aviation Risk Management Aviation Safety

EXPERT-LED

Taught by leaders with extensive industry experience.

At Embry-Riddle Aeronautical University, we are committed to continuing professional education and lifelong learning, offering a diverse selection of aviation-focused courses designed for industry professionals in operations, management, and leadership roles. Taught by renowned industry experts with decades of experience in both the field and academia, our programs provide the knowledge, skills, and competitive edge needed to excel in today’s dynamic aviation landscape. For over a decade, Embry-Riddle has been a trusted partner in delivering customized training solutions to government agencies and private organizations worldwide. Our tailored courses cover critical industry areas, including:

IMPACTFUL

Equipping professionals with skills to advance their careers.

Advanced Safety Management Systems in Aviation (SMS) Aircraft Accident Investigation Uncrewed Aircraft Systems (UAS) System Safety Engineering and Certification

Aviation English Human Performance Media Relations in Accident Investigation

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04.17.26

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 4.8 MIL

Our Center for Aerospace Resilient Systems (CARS) coordinates research on cybersecurity engineering across the university’s “One Embry-Riddle” approach, contributing to product development in collaboration with industry and federal agencies. Our research and development teams at Embry-Riddle are at the forefront of advancing aviation cybersecurity via student engaged research, including experimental learning through the CARS internship program. We develop innovative cyber resilient solutions for aviation systems, including UAS, CNS, ISR, ATM, satellites, and flight operations. We play a pivotal role in shaping the future of our industry by contributing to technologies, standards, policies, and best practices. We actively collaborate with leading organizations, including the ICAO Trust Framework and Cyber Security Panels, RTCA & EUROCAE, ACI US-ACCESS, AIA Civil Aviation Cybersecurity Subcommittee, FAA’s REDAC SAS, et al.. We offer specialized short courses and certification programs in aviation cybersecurity. Embry-Riddle student teams have created and led aviation ‘Capture The Flag’ (CTF) events, a cornerstone of cybersecurity training, at major venues like A-ISAC, ACI Cyber Rodeo, AIAA, RSA Conference, DEFCON Aerospace Village, NASA-NSF Cyber Workshop, Symposium on Aviation & Aerospace Cyber Resilience, and more. Our commitment to education and real-world application cements our position as leaders in the field of aviation cybersecurity.

Our portfolio of aviation cybersecurity includes: Zero-Trust architecture for aviation systems Aviation Cybersecurity Data Science & AI/ML Autonomous & Advance Air Mobility Systems Threat modeling and mitigation for aerospace systems

Current global cybersecurity workforce gap (Source: ISC2)

Aircraft RF-based threat detection & protection, such as GNSS/GPS spoofing Cyber risk assessment & solutions for Air Traffic Management (ATM) systems NSA/DHS Center for Academic Excellence in Cyber Defense (CAE-CD) designation for the cybersecurity program and curricula in aviation systems AI based real-time cyber anomaly detection & alerting system for aircraft network systems Develop & deliver aviation cybersecurity education materials for organizations such as ICAO, FAA, ACI, and other US & foreign entities

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05.01.26

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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04.29.26

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

FUTURE OF HYPERSONIC FLIGHT

# 4 Embry-Riddle’s undergraduate Aerospace Engineering program is ranked no. 4 in the nation by “U.S. News and World Report” (among schools whose highest engineering degree offered is a doctorate). 17 YRS Embry-Riddle’s Aerospace Engineering program has been conducting externally-funded research and collaborations with industry on hypersonic technologies for the past 17 years. BEST Embry-Riddle’s Aerospace Engineering program places emphasis on real-world, “hands-on” applications within its curriculum and research endeavors, including several top ten performances (#1 in the U.S. in 2024) in the AIAA Design- Build-Fly competition (a prime competition for Aerospace Engineering students).

The U.S. aerospace industry is rapidly growing to support military and civilian applications of hypersonic flight: The Pentagon’s annual budget currently includes more than $4.7 billion/year to support hypersonic R&D, including for hypersonic defense systems and the recently formed U.S. Space Force. At NASA, research into space and hypersonic technologies is a priority to enable fast civilian travel on Earth, as well as to enable future exploration. Commercial space flight, including launch vehicles and space tourism, remains a rapidly growing sector involving hypersonic flight. Embry-Riddle’s Aerospace Engineering program provides a world-class education for joining the hypersonic workforce: The Aerospace Engineering department at Daytona Beach is the largest in the country with approximately 2,379 bachelor’s, 108 master’s and 71 Ph.D. students as of Fall 2025. Embry-Riddle has developed a specialized hypersonic curriculum within its top-ranked Aerospace Engineering program, including courses which address design and analysis of hypersonic vehicles using cutting-edge computational tools and experimental methods. Aerospace Engineering faculty have supported scramjet engine development programs for the DoD and NASA with high-fidelity computations, including development of novel turbulence-chemistry interaction models. Aerospace Engineering faculty are currently developing innovative devices to test ultra-high temperature materials under hypersonic-like thermo mechanical environments. Embry-Riddle is currently configuring and acquiring a variety of specialized experimental equipment for a new building dedicated to hypersonics research.

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05.12.26

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.

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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 from 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

MIL

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

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04.29.26

EMBRY-RIDDLE AERONAUTICAL UNIVERSITY

SYSTEMS ENGINEERING

$ 73,621 The average income for graduates with a B.S. in Systems Engineering (Salary.com) $ 116,000 The average income for graduates with an M.S. in Systems Engineering (Payscale.com)

A Systems Engineering education provides students with the necessary technical background to communicate across engineering disciplines. Students learn to collaborate with diverse technical professionals while developing the required decision analysis skills to secure, operate and optimize engineering resources. Embry-Riddle Systems Engineering graduates emerge equipped with practical skills in the design, programming and analysis of intricate systems, including those in aerospace, aviation and defense. Our students benefit from world-renowned faculty and an industry-informed curriculum that focuses on real-world engineering challenges. Prospective students interested in Systems Engineering can choose between our Daytona Beach, Florida, and Worldwide Campuses. Our educational offerings include: Systems Engineering plays an essential role in the aerospace, aviation and defense industries. As the leader in aviation and aerospace education and research, we prepare students to oversee complex systems that are more efficient, effective and safer.

Bachelor of Science in Systems Engineering Daytona Beach, Florida, Campus Graduate Certificate in Systems Engineering Worldwide/Online Campus Master of Science in Systems Engineering

Daytona Beach, Florida, Campus Master of Systems Engineering Worldwide/Online Campus

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+1 (800) 522.6787 | daytonabeach@erau.edu | worldwide@erau.edu

04.28.26

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

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.

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

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Contact Us For more information contact: College of Aviation, Worldwide/Online +1 (800) 522.6787 | wwaero@erau.edu | worldwide.erau.edu/mso

04.29.26

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