Embry-Riddle Aeronautical University
DAYTONA BEACH, FLORIDA, CAMPUS
Ideas That Make a Lasting Impact
COLLEGE OF ARTS & SCIENCES
160 K Embry-Riddle alumni around the world who are making a difference here on Earth and beyond
Reach New Horizons with the College of Arts & Sciences.
Reach New Horizons In the College of Arts & Sciences, you can take charge of your educational journey — pushing boundaries and making your dreams a reality. Our faculty deliver foundational courses in mathematics, composition and science to help you succeed in your future. With a curriculum grounded in communication, critical and analytical thinking, quantitative reasoning and scientific and cultural literacy, we offer real-world, industry-driven courses that enhance your educational experience. This foundation is complemented by hands-on learning opportunities in your chosen field, ensuring that you acquire knowledge and develop the practical skills necessary to excel in your career. Our faculty, with diverse backgrounds and expertise, are dedicated to enhancing your success through their professional and research experience. This unique combination equips you with the skills and knowledge needed to thrive in your career after graduation.
Make the College of Arts & Sciences at Embry-Riddle's Daytona Beach Campus your destination for top- tier education. You will be challenged to reach your full potential as you learn in our exceptional programs and participate in groundbreaking research. Join us on a journey to create your brightest future.
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Hello ...and welcome.
The faculty and staff of the Daytona Beach College of Arts & Sciences are committed to providing students with exceptional learning experiences and the support they need to excel in their chosen fields. Our unique programs are delivered by dedicated, world-class faculty in state-of-the-art facilities. We equip students with the tools necessary for professional success and a solid foundation for their future careers. Our faculty members are not only excellent teachers but also active scholars and researchers who stay current with industry, technology, science and academic advancements. Through experiential learning and undergraduate research opportunities, our faculty mentors guide students to work individually or in teams to tackle complex problems, preparing them for the multifaceted challenges of today's world. We look forward to welcoming you to the Daytona Beach College of Arts & Sciences at Embry-Riddle Aeronautical University!
Jayathi S. Raghavan Ph.D. Interim Dean, College of Arts & Sciences
College of Arts & Sciences
Explore Your Options Our programs are designed to provide you with the knowledge and experience needed to thrive in your chosen field. Discover how an Embry-Riddle degree can enrich your future today! Undergraduate s B.S. in Aerospace Physiology s B.S. in Astronomy and Astrophysics s B.S. in Communication s B.S. in Computational Mathematics s B.S. in Data Science s B.S. in Engineering Physics s B.S. in Global Conflict Studies s B.S. in Homeland Security and Intelligence
The college consists of five academic departments: Human Factors and Behavioral Neurobiology, Humanities and Communication, Mathematics, Physical Sciences and Security Studies and International Affairs. Our unique departments deliver eleven undergraduate and five graduate programs, preparing students to change the world.
s B.S. in Human Factors Psychology s B.S. in Interdisciplinary Studies s B.S. in Space Physics Graduate s M.S. in Data Science s M.S. in Engineering Physics s M.S. in Human Factors s Ph.D. in Engineering Physics s Ph.D. in Human Factors
95 % of Embry-Riddle students are employed or continuing their education within one year of graduation. Office of Institutional Research, 2022-23 Cohort
Explore our degree offerings! daytonabeach.erau.edu/degrees
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EXPERT FACULTY
Navigating Success — Learn from Expert Faculty
50 More than 50 faculty currently hold externally funded research grants totaling over $40M. Most of these projects support student researchers.
EXPERT FACULTY
Opportunity in Experience Professor of Engineering Physics and the director of the Space and Atmospheric Instrumentation Lab (SAIL), Dr. Aroh Barjatya’s expertise is in space systems engineering. His research spans small satellites, sounding rockets, high-altitude balloons, spacecraft charging, space domain awareness and embedded electronics. Over the past decade, Dr. Barjatya has been part of teams that have secured over $78M in federal funding. He has contributed to eleven space flight projects from inception to launch, ensuring students working on the projects gain real-world experience in space mission and instrument development. Over 50 undergraduates and 14 graduate students have worked under his supervision in SAIL on NASA- and NSF-funded space projects. The real work is done by my students. They design and build the payloads that go on to the rockets.” Aroh Barjatya, Ph.D. Professor of Engineering Physics Director of the Space and Atmospheric Instrumentation Lab
Defined by Purpose Our faculty members at the College of Arts & Sciences hold a wealth of knowledge. Highly motivated students benefit from the experience and expertise of faculty members who are passionate teachers, cutting-edge researchers and motivated mentors — empowering them to explore, learn and grow. Coming from diverse fields, including science, mathematics, humanities, communication, human factors, history and homeland security, our faculty stand apart because of their commitment to comprehensive education and their specializations in a wide range of disciplines. Outstanding Educators Our faculty collaborate closely with the Center of Teaching Excellence to continuously improve their teaching methods and adjust to the changing needs of students and innovative technologies. In end-of-course evaluations, students score nearly 90% of courses at a three or higher on a four-point scale, with almost 80% achieving a score of 3.5 or above.
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INNOVATION
Exploration Meets Innovation
106 + Faculty with active research and industry projects
250 Students actively engaged in research projects
INNOVATION
Learning That Extends Beyond the Classroom Step out of the classroom and into a world of discovery. Here, you won’t just sit and listen; you’ll actively engage in applying your studies to the real world. Whether you're exploring the intricacies of human performance, analyzing space systems, confronting global security issues or shaping the future of communication, you'll be immersed in dedicated labs and research facilities. You will have the opportunity to collaborate closely with expert faculty, contribute to cutting- edge projects, present your insights on national stages and gain real-world experience through internships with top-tier organizations. From exploring the cosmos to addressing critical global challenges and designing human- centered solutions, hands-on learning is a fundamental part of your journey from day one. Regardless of your major, you’ll graduate with the knowledge, versatility and confidence needed to make an immediate impact.
Discovery Begins Here At the College of Arts & Sciences, students explore the frontiers of science, technology, security and the humanities. Our programs blend rigorous academics with real-world application, empowering students to lead with curiosity, creativity and critical thinking. From Global Conflict Studies to Astronomy and Astrophysics, research opportunities are woven into every step of the student experience.
DEPARTMENT OF HUMAN FACTORS AND BEHAVIORAL NEUROBIOLOGY
Exploring Human Capabilities and Limitations
Department of Human Factors and Behavioral Neurobiology Faculty in the Department of Human Factors and Behavioral Neurobiology deliver bachelor's, master’s and doctoral degrees in Human Factors, as well as a preeminent undergraduate program in Aerospace Physiology, where they conduct ground-breaking research that often engages students in hands-on inquiries. Researchers in Human Factors Psychology study how people interact with technology and work in teams to enhance performance, minimize errors and improve safety in critical fields such as aviation, space exploration and medicine. They investigate a wide range of tools, systems and environments to better understand human capabilities and limitations, ultimately designing solutions that support effective decision making and improve overall system performance. In Aerospace Physiology, researchers investigate the effects of extreme environments on pilot and astronaut performance, including aging, perception and performance of intricate tasks. Their work aims to optimize human capabilities and ensure safety in challenging conditions.
Only University in the Nation Embry‑Riddle is the only university in the nation offering a master's and Ph.D. in Human Factors as well as bachelor's degrees in Human Factors Psychology and Aerospace Physiology.
PROGRAMS Bachelor of Science in Aerospace Physiology
Master of Science in Human Factors
Step into the only undergraduate program of its kind in the U.S., where you’ll explore the intersection of aerospace and life sciences, with a focus on how extreme environments impact the body. With the B.S. in Aerospace Physiology, you'll have the opportunity to participate in clinical rotations at local hospitals, where you can gain valuable medical experience by shadowing practitioners and observing surgeries. After you graduate, you may choose to pursue advanced degrees at prestigious institutions or enter the job market directly, taking on roles in research, spaceflight operations, government contracts or pharmaceutical sales.
Gain a deeper understanding of human cognitive processes, safety and human capabilities and limitations with the M.S. in Human Factors. You will complete your degree through either a thesis or non-thesis option. This program prepares you to ensure that human- centered concerns, both psychological and physiological, are given consideration during the design and development processes of systems, products and work environments. Ph.D. in Human Factors Advance your expertise with the Ph.D. in Human Factors. This program is designed to provide you with a robust skill set for research development and data analysis, along with niche specializations to prepare you for a successful research career. The curriculum emphasizes a quantitative background, equipping you with essential skills for research development and data analysis. You’ll focus on core educational elements of human factors, including sensation, perception, cognition and statistics. Additionally, you can choose from specializations in three key research areas: Aviation/ Aerospace Human Factors, Medical Human Factors and Technology-Enhanced Learning and Testing.
Bachelor of Science in Human Factors Psychology
Explore the link between humans and machines, focusing on ergonomics, cognitive abilities and physical and social capabilities and limitations, with the B.S. in Human Factors Psychology. Human factors professionals work with others to assess system safety, develop training programs and assist with product and interface design while developing solutions that enhance safety and usability. Graduates often go on to work for organizations like NASA, The Boeing Company and SpaceX, applying their expertise to improve everything from flight deck layouts to training programs.
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DEPARTMENT OF HUMANITIES AND COMMUNICATION
Transcend Boundaries
Department of Humanities and Communication
PROGRAMS
Bachelor of Science in Communication
The Department of Humanities and Communication focuses on helping students gain a comprehensive understanding of the real-world applications of their knowledge through collaborative experiences. Faculty in the department deliver two programs, Communication and Interdisciplinary Studies, helping students develop critical-thinking, written, oral and digital communication skills. Through exposure to the humanities, students will also gain a deeper understanding and appreciation of our highly diverse and rapidly changing society. These advanced courses allow students to connect with the full range of human experience, enabling them to see the world in different ways and graduate as well-trained professionals and well-rounded global citizens.
In the B.S. in Communication, you'll learn how to effectively communicate complex STEM concepts to public audiences. As a student, you can choose a minor that aligns with your career aspirations, including a specialized track in broadcast meteorology. With a degree in communication, you'll have a wide range of career opportunities. Beyond the aviation and aerospace sector, you might find yourself pursuing graduate or law school or embarking on careers in sports marketing, broadcast meteorology, public relations, journalism or the nonprofit sector.
Bachelor of Science in Interdisciplinary Studies
The B.S. in Interdisciplinary Studies is designed for those with an entrepreneurial spirit who can cross boundaries, make creative connections, be flexible in a changing career environment and become leaders in their chosen fields. As a student, you can structure this program to meet your needs to obtain the knowledge and practical experience that today’s leading employers are seeking. The program allows you to design your own course of study by choosing two to three minors, including areas of specialization like Physics, Computational Math, Uncrewed Aircraft Systems, Homeland Security, Humanities, Human Factors and Space Studies. Graduates of this program have gone on to careers in aviation and other industries, including business, law and the military.
$ 91,670 Median pay for a technical writer in 2024 U.S. Bureau of Labor Statistics
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DEPARTMENT OF MATHEMATICS
Discovering How Data Drives Innovation
Department of Mathematics While keeping with Embry‑Riddle's hands- on approach, the Department of Mathematics emphasizes mathematics applications, and small class sizes allow students to work closely with faculty members who enjoy sharing their passion for math. The Department of Mathematics offers two undergraduate degree programs, Computational Mathematics and Data Science, as well as a master's degree in Data Science. The faculty are eager to help students understand how to use quantitative reasoning, which is required in all degree programs, and to support students who need additional practice in the department tutoring lab. The faculty also provide students with industry and research experience through the Preparation for Industrial Career course and participation in the Nonlinear Waves Lab. Graduates enter many career fields, including business, engineering and operations research. They can also explore job opportunities as actuaries, financial analysts and systems engineers, to name a few. Many students elect to pursue graduate school in diverse programs that enrich their valuable Embry‑Riddle experience.
34 % Predicted growth in data science jobs through 2034 U.S. Bureau of Labor Statistics
PROGRAMS
Bachelor of Science in Computational Mathematics While pursuing a B.S. in Computational
Master of Science in Data Science In today’s data-driven world, where insights can fuel innovation and decision making, the M.S. in Data Science is designed to prepare you and fellow working professionals to use the latest computational and analytical tools to solve data- intensive problems in fields spanning business, industry, government and more. You will gain knowledge and skills in data collection, pre-processing, analysis, visualization and the ethical implications associated with big data arising within various domain areas. All coursework in the program is project-based, providing you with hands-on experience that will prepare you for career success. 8 % Predicted growth in mathematician and statistician jobs through 2034 U.S. Bureau of Labor Statistics
Mathematics you will have the opportunity to explore tracks in Engineering Applications and Data Science. This program equips you with robust analytical and problem-solving skills, combining elements of computing, mathematics, statistics and basic science. You'll engage with real-world and data-enabled problems, paving the way for numerous internships and undergraduate research opportunities that can significantly enhance your employment prospects. As a graduate, you might find yourself working as a data analyst for companies like Northrop Grumman or The Boeing Company, or other organizations. Bachelor of Science in Data Science The new B.S. in Data Science provides you with the experience of pairing a data science skillset with knowledge from several specialized domains. The program offers a comprehensive and innovative curriculum that prepares students to excel in the data-driven world. You’ll learn to collect, manage, interpret and analyze data to help make decisions using machine learning and artificial intelligence. The program emphasizes applications of data science, rather than theory, so that you can immediately apply your skills to your career in aviation, space, industry or business.
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DEPARTMENT OF PHYSICAL SCIENCES
Advancing Our Understanding of the World
Department of Physical Sciences The Department of Physical Sciences offers bachelor's, master's and doctoral degrees in Astronomy and Astrophysics, Engineering Physics and Space Physics. These programs comprise a strong background in theoretical knowledge and practical applications through meticulous academic inquiry and hands-on research experiences, enabling students to tackle complex challenges in areas ranging from aerospace technology to sustainable energy solutions. The faculty deliver foundational chemistry and physics courses required in technical degree programs and provide supplemental instruction sessions to bolster student understanding and engagement. This gives students the expertise to address the evolving demands within the industry. Graduates of our programs are well-prepared to innovate and excel in areas where scientific precision and engineering expertise intersect, driving advancements in cutting-edge technologies and contributing to groundbreaking research that addresses global challenges.
PROGRAMS
Bachelor of Science in Astronomy and Astrophysics
Bachelor of Science in Space Physics If you've ever gazed at the night sky and wondered about the forces shaping our universe, a B.S. in Space Physics might be the perfect path for you. This degree dives deep into the fascinating interaction between the sun and our planet, often referred to as “space weather.” You’ll explore a blend of plasma physics, planetary science and atmospheric physics while engaging in various faculty-sponsored research projects, both computational and experimental. Graduates find themselves well-prepared for advanced studies or exciting job opportunities with NASA, the Department of Defense or innovative companies in the rapidly growing commercial space industry.
In the B.S. in Astronomy and Astrophysics, you'll engage with foundational physics concepts and instrumentation crucial for studying planets, stars, galaxies and cosmology. As you progress to your sophomore year, you'll start telescope training. By your senior year, you'll have the opportunity to work with the 1-meter telescope on campus and/or SARA remote-access telescopes for a semester-long observing project. Beyond your classroom studies, nearly all students participate in research projects under the guidance of faculty mentors. You'll graduate well-prepared for graduate school and careers in the aerospace industry, government labs, museums, planetariums and public policy. Your skills in data analytics, problem solving, optics, programming and instrumentation will be highly valued in these fields.
Master of Science in Engineering Physics
Embarking on an M.S. in Engineering Physics empowers you to apply physics principles to advanced topics in space science and engineering. This degree provides a comprehensive understanding of scientific instrumentation, applied optics, remote sensing and spacecraft subsystems. With a strong emphasis on research, you will engage in experimental programs encompassing satellite systems, sounding rockets and ground-based remote-sensing experiments, while conducting theoretical studies in complementary areas. Ph.D. in Engineering Physics Imagine the thrill of contributing to groundbreaking innovations that could shape the future of technology! The Ph.D. in Engineering Physics offers advanced education and research opportunities in a collaborative environment with leading-edge facilities and expert faculty guidance. You can build upon exciting research from the department, exploring areas such as remote sensing and the design and implementation of electro-optical and radar systems.
Bachelor of Science in Engineering Physics
If you're fascinated by the intersection of physics and engineering and want to contribute to the future of space exploration, consider pursuing a B.S. in Engineering Physics. The B.S. in Engineering Physics is accredited by the Engineering Accreditation Commission of ABET, under the commission’s General Criteria with no applicable program criteria. This program integrates essential concepts from both fields, focusing on mission design, instrumentation and research. You'll have the opportunity to choose between two areas of concentration: the Systems Track, which delves into the dynamics of spaceflight and the engineering of spacecraft systems, or the Instrumentation Track, which emphasizes microprocessor programming and electronic circuit design for spacecraft instruments.
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DEPARTMENT OF SECURITY STUDIES AND INTERNATIONAL AFFAIRS
Creating a Safer World
Department of Security Studies and International Affairs The Department of Security Studies and International Affairs offers two specialized degree programs: Homeland Security and Intelligence and Global Conflict Studies. These programs are designed to provide students with a deep understanding of contemporary security challenges, intelligence operations and global conflict dynamics. In addition to these programs, our faculty also deliver a range of history courses in service of General Education requirements, enriching students' broader educational experiences and contextualizing current security issues within historical frameworks. Our department’s expertise and comprehensive curricula prepare graduates to excel in various fields, including government agencies, international organizations and private sector security roles — equipping them with the knowledge and skills needed to address complex global and domestic challenges.
PROGRAMS Bachelor of Science in Global Conflict Studies
Step into a world where you can shape the future by understanding the complexities of global conflict. The B.S. in Global Conflict Studies examines international instability, its causes, evolution and potential resolutions. The faculty deliver courses that focus on international relations, transnational crime, political violence, genocide, foreign policy and the histories of various regions of the world. You will be prepared for careers as analysts or policymakers in the private sector or with government agencies, such as the National Security Agency (NSA), the Central Intelligence Agency and even non-governmental organizations. Bachelor of Science in Homeland Security and Intelligence Envision yourself at the forefront of national security, where your insights and skills play a pivotal role in protecting your community and nation. The B.S. in Homeland Security and Intelligence focuses on foreign and domestic threats against the U.S., developing skills in critical thinking, analysis and problem solving. Professors with diverse backgrounds, including experience with the military, the law and national intelligence, address topics such as terrorism, cybersecurity, critical infrastructure, corporate security, intelligence and disaster relief. Graduates enter private sector industries like Northrop Grumman, RTX Corporation and SafeAbroad, or work for local, state or federal agencies such as the Federal Bureau of Investigation, Drug Enforcement Administration or NSA.
CURRENT RESEARCH
Where Curiosity Meets Breakthroughs
Current Research With over 100 funded research projects, more than 250 students engaged in research projects and about 300 publications per year, the College of Arts & Sciences is a research powerhouse. We pride ourselves on being at the forefront of research and making student training a centerpiece of our research agenda. Students are partners in research: they propose solutions, design instruments, analyze and interpret data, contribute to published articles (more than 90 students were co-authors in 2023) and present their work at local, national and even international conferences. We also work closely with industry: About 60 of our students participate in industry internships or co-ops every year, and we work closely with our Industrial Advisory Board (IAB) to constantly improve opportunities and training for our students. Our IAB includes leaders from a variety of industries, from aviation and space to military and medicine.
100+ OVER 100 FUNDED RESEARCH PROJECTS 90+ MORE THAN 90 STUDENTS WERE CO-AUTHORS IN 2023
Reach New Horizons With Research The College of Arts & Sciences conducts applied research and engages in creative work. Our faculty provide mentored research opportunities for undergraduate and graduate students. In doing so, they foster unique and innovative disciplinary, multidisciplinary and interdisciplinary research, approaches and applications to STEM (science, technology, engineering and mathematics), social and behavioral sciences, humanities and comprehensive security studies that have societal impact. The college is a hub for education, research and engagement with government and industry in security and resilience and builds focus areas in fields such as humanistic STEM and data sciences. Our faculty are currently investigators on about a dozen National Science Foundation grants, ranging from awards that provide support for online undergraduate researchers to academic year and summer research internships to our unique humanities and STEM projects — helping to build a future workforce with expanded creative thinking and problem-solving skills.
Partnerships That Work for Everyone At the College of Arts & Sciences, we are proud of our longstanding partnerships with major companies and key government agencies. It’s these vital relationships that help us design our academic programs to meet the challenges that industries face today, and they drive much of the research we conduct to explore the opportunities of tomorrow. These affiliations, along with faculty members who are still deeply connected to their respective industries, give our students a competitive edge when it comes to gaining hands-on experience, landing an internship or launching a career.
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SAIL
NONLINEAR WAVES
Researching Extreme Wave Behavior
Designing Instruments for Space Discovery
The Nonlinear Waves Laboratory at Embry-Riddle is a state-of-the-art facility dedicated to advancing research in fluid dynamics, with a particular emphasis on physical oceanography, nonlinear waves and rogue waves. This cutting-edge lab provides students with hands-on experience in studying complex wave phenomena and their implications for maritime and aerospace applications. Through innovative experiments and simulations, students explore the dynamics of waves in various environments, contributing to a deeper understanding of their behavior and impact. The lab’s resources and research opportunities enable students to engage in groundbreaking studies and prepare for careers in fields that intersect with oceanography, engineering and environmental science.
SAIL, a key component of the Center for Space and Atmospheric Research (CSAR), specializes in mission design for rocket-based measurements of the near-Earth space environment. SAIL is dedicated to developing and implementing advanced instrumentation and technologies that support scientific exploration and data collection in space. The lab’s research focuses on creating innovative solutions for capturing accurate and comprehensive measurements of atmospheric and space conditions. By integrating cutting-edge equipment and methodologies, SAIL provides Embry-Riddle students with hands- on experience in designing and executing space missions, developing advancements in space science and engineering.
Next-Level Learning: Outside of the Classroom At Embry-Riddle, opportunities to develop skills and connect with others aren’t just nice-to- have — they are must-haves. From custom counseling that puts your academic progress first to cutting-edge curriculum that leads to career advancement, Embry-Riddle's Daytona Beach Campus isn’t just keeping pace with the needs of today’s learners — we’re setting it.
OMICS LAB
OBSERVATORY
Studying How Space Impacts the Body
Exploring the Universe The Embry-Riddle Campus Observatory is a central asset of the Astronomy and Astrophysics program, featuring a 1-meter diameter Ritchey-Chrétien reflecting telescope. Installed in 2014 and located atop the College of Arts & Sciences building, this advanced telescope is the largest university-based telescope in Florida, offering a premier research and training platform for students. Its precision optics and robust design make it an ideal tool for exploring various astronomical phenomena, from celestial objects to deep-space events. Students engage in hands-on learning, conducting observational research and data analysis, which enhances their understanding of astrophysics and observational techniques. The observatory supports both educational and research activities, contributing significantly to academic experience and creating a deeper appreciation of the universe. Through its cutting-edge equipment and practical application, the Observatory plays a crucial role in preparing students for careers in astronomy and related fields.
The Omics Lab for Health and Human Performance at Embry-Riddle focuses on nucleotide-based analysis across a broad spectrum of organisms, from bacteria and plants to animals and humans. This state-of-the-art lab investigates how space travel impacts biological systems, examining factors such as immune system response, antibiotic effectiveness and signs of premature aging. By leveraging advanced genomic and proteomic techniques, the lab provides critical insights into the effects of extraterrestrial environments on health and performance. Research conducted at the Omics Lab contributes to a deeper understanding of the biological challenges faced during space missions and ways to elevate these effects. The lab’s work is essential for enhancing astronaut health and developing countermeasures for space-related health issues, paving the way for safer and more effective space exploration.
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FINANCIAL AID AND ASSISTANCE
Affording Your Future Financial Aid and Assistance
At Embry-Riddle, we understand the importance of funding your education. When it comes to educational funding, you have options. You don’t have to let tuition, fees and other costs deter you from pursuing your goals or living your dreams. Together, we are committed to helping you by providing you with financial aid counseling and resources that can help you with your college decisions.
Types of Aid and Assistance Federal and State Grants
These grants are available to U.S. citizens or permanent residents who are enrolled at least half-time in a degree program. To remain eligible, you must make satisfactory academic progress and not be in default or owe a return repayment on a grant or loan. Institutional and Private Scholarships Like grants, scholarships do not have to be paid back. Visit the Scholarships page to learn more about the available types and whether you qualify for them. Federal and Private Student Loans A variety of federal and alternative loan options exist for students who meet diverse qualifications, including degree of study, past accomplishments, financial status and other such criteria. State Programs Each state offers its own range of scholarships and grant programs that you may qualify for through residency and meeting the outlined criteria.
001479 EMBRY-RIDDLE’S FAFSA CODE
94 % of Embry-Riddle first-year students receive some form of financial aid through scholarships, grants and loans. Office of Institutional Research, 2022-23 Cohort
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NEXT STEPS | ADMISSIONS
Apply Yourself Admissions
Your Journey Begins Here! Embry-Riddle is here to help you complete your academic goals. Our team can explain application requirements, answer admission questions and provide general guidance through enrollment. We are excited to see your success as an elite, committed, diverse member of our Embry-Riddle family. Regardless of your stage in life, our support team is available and ready to help! Admissions Requirements Embry-Riddle Aeronautical University considers all aspects of a student's qualifications and offers admission to the most competitive applicants to build a talented, diverse and interesting class. Visit the Daytona Beach Campus website to review undergraduate, graduate and international student admission requirements.
daytonabeach.erau.edu/admissions
Contact us! College of Arts & Science Daytona Beach, Florida, Campus Visit us in person or online 800.862.2416 daytonabeach@erau.edu
Join us at the forefront of innovation and discovery, where the sky is not the limit — it's just the beginning. Whatever your career stage and professional goals, there is a program at the College of Arts & Sciences that can help you claim them. Come soar with us to new horizons.
erau.edu/apply
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1 Aerospace Boulevard | Daytona Beach, FL 3 2114
College of Arts & Sciences Daytona Beach, Florida, Campus daytonabeach.erau.edu/coas
10.08.25
Your Future Starts Here.
Imagine a future where you're challenged to think critically, encouraged to express yourself creatively and inspired to innovate. Come explore your passion and make your mark. The College of Arts & Sciences is here to help you take the leap and achieve greatness. Your future is waiting — what are you waiting for?
erau.edu/apply
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