PRESCOTT, ARIZONA, CAMPUS
Energy Electronics Innovation
Engineering
COLLEGE OF ENGINEERING
160 K Embry-Riddle alumni active in industries around the world who are making a difference.
Unmatched Engineering Education
Driving Success in the College of Engineering
Embry-Riddle's College of Engineering places innovation at the forefront of everything we do — with real-world applicability and forward-thinking curricula that set students up for success after graduation.
At the College of Engineering on our Prescott, Arizona, campus, we prepare students to become problem solvers and leaders. Equipped with cutting-edge skills, our graduates tackle humanity's most pressing challenges on Earth, in space and across new frontiers. Here, you'll have opportunities to: s Engage in practical, hands-on learning that allows you to apply theory to real-world challenges. s Access advanced laboratories and cutting- edge technology. s Attend small classes that allow for personalized instruction and mentorship from faculty. s Connect with a strong network of industry partners and career opportunities. s Participate in groundbreaking research projects that contribute to advancements in engineering and technology. s Access a broad range of engineering clubs and societies that foster leadership skills and provide networking opportunities. s Enjoy a picturesque campus in Prescott, Arizona, surrounded by nature and offering vibrant student life.
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As one of the nation’s premier institutions for aerospace and engineering education, Embry-Riddle is proud to offer an innovative, hands- on learning experience that prepares students to lead in a rapidly evolving technological landscape. At Embry-Riddle, we believe in pushing the boundaries of knowledge and discovery. Our faculty are dedicated educators who bring real-world experience into the classroom. Through state-of-the-art facilities, theoretical and applied research and industry partnerships, our students gain the skills and expertise needed to excel. Our students thrive in a collaborative and challenging environment where problem solving, teamwork and innovation are at the core of everything we do. Whether through participation in nationally recognized engineering competitions, internships with top aerospace companies or groundbreaking undergraduate research projects, our graduates are well-equipped to shape the future of engineering. I invite you to explore the incredible opportunities that await you in the College of Engineering. Join us in redefining what’s possible while becoming a leader in engineering excellence.
Hello ...and welcome.
Kathy Wood D.B.A Dean, College of Engineering
College of Engineering
Industry-Backed, Forward-Thinking The College of Engineering at Embry-Riddle's Prescott, Arizona, campus holds unique opportunities you won't find anywhere else. Here, you'll engage in research and innovation that drives industries around the globe, gain connections with peers and professionals who share a passion for engineering and put your skills into action through practices you'll continue to utilize beyond the classroom. Our courses provide a strong foundation in core disciplines while allowing for specialization in advanced areas. With a degree from the College of Engineering, you’ll stand out from the crowd — and be ready to hit the ground running in your career after graduation.
Our College of Engineering is more than just an educational institution — it's a place where future leaders find what drives them, learn the skills they need for success and become the professionals they are destined to be. As a global leader in engineering and STEM fields, we know what it takes to produce engineers who will shape the industries of tomorrow.
Undergraduate s B.S. in Aerospace Engineering s B.S. in Computer Engineering s B.S. in Electrical Engineering s B.S. in Mechanical Engineering s B.S. in Software Engineering
95 % of Embry-Riddle graduates have a job or are continuing their education within a year of completing
Explore our degree offerings! prescott.erau.edu/degrees
their studies Institutional Research, 2024
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EXPERT FACULTY
Engineer a Better Tomorrow Expert Faculty Lead the Way
30 + Capstone teams mentored by COE faculty 13 COE faculty engaged in Undergraduate Research Institute (URI) project mentorship No. 1 in Innovation U.S. News & World Report, 2025 8 Eight COE faculty supporting seven competition teams of 140 students
Excellence in Action
Pratik Sarker earned his Ph.D. in Engineering and Applied Science from the University of New Orleans in 2018. Following his graduation, he worked as a lecturer in the Department of Mechanical and Industrial Engineering at the University of Wisconsin-Platteville. Dr. Sarker expanded his expertise in industry, joining Detroit Engineered Products as a project engineer. In this role, he led aero-thermal and propulsion system projects and spearheaded both light- and heavy- duty truck programs, further honing his leadership and technical skills. Since 2022, Dr. Sarker has been an assistant professor of Mechanical Engineering on the Prescott Campus. He teaches courses on machine design, thermodynamics, fluid mechanics and more. "Earning an engineering degree from Embry-Riddle sets our graduates up as high demand to employers, promising diverse and competitive career opportunities that seek the creativity, practical engineering experience and sound technical skill of our graduates." Pratik Sarker, Ph.D. Assistant Professor, Mechanical Engineering
Distinguished and Deliberate In the College of Engineering, students benefit from the experience and expertise of industry-tested faculty who are passionate about mentoring the next generation of engineers and professionals. Faculty bring real-world experience to their teaching practices and have diverse backgrounds that allow them to effectively train the next generation of leaders across various engineering disciplines. They share a common mission of providing a world-class education to our students, contributing to the developing knowledge in their respective fields and producing solutions to industry challenges. Embry-Riddle faculty provide a top-of-the-line education, with enthusiasm to share their extensive knowledge and experience with students like you.
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DEPARTMENT OF AEROSPACE ENGINEERING
Advanced Training That Drives Progress
Department of Aerospace Engineering
Aerospace engineering is a specialized field that combines engineering principles with cutting-edge technology to design, develop and test aircraft, spacecraft, satellites and other aviation and space systems. In the Department of Aerospace Engineering, students gain a strong foundational knowledge in mathematics, physics and engineering, then build off of that with specialized studies of aerodynamics, propulsion, materials science, flight mechanics, structural analysis and system integration. All students complete a Senior Design Capstone project — which allows them to directly apply their knowledge through hands-on experience. At Embry-Riddle, Aerospace Engineering students benefit from unique direct-to-industry connections, memberships in student and professional organizations and research experience. Ample opportunities for lab participation allow students to access crucial real-world technology that prepares them to work with innovative practices in interdisciplinary fields after graduation.
"The Embry‑Riddle name is one that I am proud to say, and I credit all of my success to the faculty and curriculum at this incredible school.”
Arda Cetken '23 B.S. in Aerospace Engineering Manufacturing Engineer, The Boeing Company
PROGRAMS Bachelor of Science in Aerospace Engineering
The B.S. in Aerospace Engineering equips students with skills to solve even the most complex challenges in aircraft design, propulsion, systems for spacecraft and technologies for space exploration. Students benefit from state-of-the-art resources, labs and facilities — the same as those used by aerospace engineering professionals around the globe. Students in this program choose one of two tracks to guide the course of their studies:
# 1 in Aerospace Engineering (at schools where doctorate not offered) U.S. News & World Report, 2025
s Aeronautics: Focuses on aerodynamics with wind tunnel experience, aircraft design and analysis and the stability, controllability and flight testing of aircraft. s Astronautics: Focuses on orbital mechanics, spacecraft controls, rocket propulsion and structural analysis. $ 82 K average salary of Aerospace Engineering graduates within one year of graduation. Institutional Research, 2025
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DEPARTMENT OF COMPUTER, ELECTRICAL AND SOFTWARE ENGINEERING
Grow Your Technical Skillset
Department of Computer, Electrical and Software Engineering
PROGRAMS Bachelor of Science in Computer Engineering
The Department of Computer, Electrical and Software Engineering equips students with the skills to develop technologies vital to air and space flight, including working on navigation, control and embedded computing systems. Students gain hands-on experience from day one, working individually and in teams on engineering projects, whether designing electric power systems or programming embedded computer systems. The curriculum also features a multidisciplinary capstone design course where students collaborate on industry-level projects, fostering teamwork and problem-solving skills. Graduates from these programs are highly sought after in the industry, often securing job offers before they even graduate.
The B.S. in Computer Engineering prepares students with essential skills for careers in aerospace, aviation, military and commercial industries. The program covers key areas such as analog and digital hardware, embedded computer programming, circuit theory, computer architecture and software engineering. Graduates from this program are equipped to solve complex engineering problems, design solutions, communicate effectively and address ethical responsibilities. Additionally, students develop strong leadership skills, conduct experiments, analyze data and continuously apply new knowledge to stay at the forefront of the field.
Bachelor of Science in Electrical Engineering The B.S. in Electrical Engineering offers a
comprehensive education in key areas such as circuit theory, communication systems, computers, control systems, electromagnetic fields, energy sources and electronic devices. Through emphasizing real-world scenarios, this program encourages students to think critically as engineers, with the ability to identify and solve complex engineering problems. Students will be able to design solutions that address public health, safety and environmental considerations, while also communicating effectively and making informed decisions.
100 % of graduates from Computer, Electrical and Software Engineering are employed or continuing education within one year of graduation. Institutional Research, 2024
Bachelor of Science in Software Engineering
At Embry-Riddle, Software Engineering students gain experience in teamwork, software architecture, design, documentation and quality assurance processes. Students gain experience working in multidisciplinary teams to meet customer requirements by designing, implementing, building and testing software products. Throughout the program, students learn to identify and solve complex engineering problems, designing solutions while developing strong communication skills and making informed ethical decisions. Additionally, students work to conduct experiments, analyze data and continuously acquire new knowledge to stay competitive in the software engineering field. $ 84 K average salary of Computer, Electrical and Software Engineering graduates within one year of graduation. Institutional Research, 2024
DEPARTMENT OF MECHANICAL ENGINEERING
Beyond the Blueprint
Department of Mechanical Engineering
The Department of Mechanical Engineering invites aspiring engineers to explore exciting projects both near and far, from miniature devices to massive systems. This department is dedicated to cultivating your potential, pushing you to master the principles of this dynamic field. With specialized curriculum and three tracks to choose from that tailor your degree to your interests, you’ll have the opportunity to apply your creativity and engineering skills to projects that ignite your passion. Join us and embark on a journey where you'll learn to design innovative machines and systems while growing as an student, person and professional. Your future starts here!
PROGRAMS Bachelor of Science in Mechanical Engineering
The B.S. in Mechanical Engineering equips graduates for diverse careers in aerospace, robotics, energy, automotive, biomedical and manufacturing fields. This program addresses the ongoing demand for professionals skilled in maintaining and innovating mechanical systems. Learning outcomes focus on solving complex engineering problems, applying design principles, effective communication and recognizing ethical responsibilities. Students also learn teamwork skills, experimental analysis practices and how to acquire and apply new knowledge effectively, preparing them for successful engineering careers. Students choose from three tracks that shape their studies: s Robotics: emphasizes the design and analysis of autonomous machines s Propulsion: emphasizes the thermal sciences and the design, analysis and testing of jet aircraft engines, solid rocket motors and liquid rocket engines s Energy: emphasizes the design of conventional and renewable energy systems 94 % of graduates from Mechanical Engineering are employed or continuing education within one year of graduation. Institutional Research, 2024 $ 73 K average salary of Mechanical Engineering graduates within one year of graduation. Institutional Research, 2024
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CURRENT RESEARCH
Unlock New Potential With Research
Real-World Research As the fields of aerospace, engineering and technology continue to evolve, the College of Engineering completes research to develop solutions that meet the needs of these exciting fields. Through cutting-edge research and innovative projects, students and faculty are equipped with the tools and insights needed to tackle the most pressing challenges in engineering and aviation. Through hands-on, faculty-led research opportunities, our students gain skills that are sought after in the engineering workforce — securing careers at industry-leading organizations, government agencies, academic institutions and more. Through grants, international partnerships and groundbreaking studies, Prescott students and faculty alike are helping establish Embry-Riddle as a leader in engineering research and education.
Faculty Lead the Way Engineering faculty are involved in a wide array of research, from engineering education and expertise development to interplanetary mission design, multi-body dynamics and artificial intelligence (AI) applications in astrodynamics and aerospace education and training. Dr. Kaela Martin, associate professor of Aerospace Engineering, is currently conducting NSF- sponsored research on the former, considering how new and mid-career engineers approach problem solving differently and how to bridge the disconnect between classroom and real-world engineering practices and create educational interventions to promote intuition development. Dr. Davide Conte, assistant professor of Aerospace Engineering, has been involved in pioneering collaborations with European partners like AIKO Space and Politecnico di Torino, and with the University of Georgia on AI-driven ecological research.
Through research and innovation, Dr. Davide Conte developed and launched two artificial intelligence- driven technologies to advance students learning in space systems: s The Advanced Space Technologies and Research Opportunities: Artificial Intelligence in Design and Education (ASTRO-AIDE) program s The Journey to Understanding and Learning Interplanetary Astrodynamics (JULIA) assistant Recent publications include studies on orbit optimization for Mars cyclers, asteroid utilization for Earth-to-Mars missions and Saturn-Titan mission dynamics, along with his textbook Interplanetary Astrodynamics , which is shaping aerospace education globally.
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INDUSTRY CONNECTIONS
Industry Connections That Drive Success
Partnerships and Collaboration
ABET-Accreditation Our Aerospace Engineering, Computer
Engineering, Electrical Engineering, Mechanical Engineering and Software Engineering degree programs are all accredited by the Engineering Accreditation Commission (EAC) of ABET, abet.org, under the General Criteria and the (Aerospace/Computer/Electrical/Mechanical/ Software Engineering) Program Criteria. In the ABET process, programs are required to create objectives (expectations of our alumni working within the industry) and outcomes (expectations of students within or graduating from our programs), then develop assessment tools to monitor students in the programs, ensuring they meet these outcomes.
With collaborators like NASA, the United States military, Trek Bicycles and Honeywell Aerospace, current curricula and research projects in the College of Engineering cover a wide range of topics, including energy recuperation from gas turbine engine tests, health monitoring in solid rocket propellants and thermal transport phenomena in protective sports equipment. Industry Advisory Boards The College of Engineering has three industry advisory boards — the Aerospace Engineering Industry Advisory Board, the Mechanical Engineering Industry Advisory Board and the Computer, Electrical and Software Engineering Industry Advisory Board. These groups, comprised of expert faculty, current industry professionals and successful researchers from around the globe, contribute to the success of the College of Engineering by ensuring coursework is industry-applicable, providing guidance to aid in meeting goals and exploring new and exciting opportunities that drive innovation and achievement. Board members have included engineers, directors, vice presidents, presidents, senior managers and more.
$ 82 K average salary of College of Engineering graduates within one year of graduation. Institutional Research, 2024
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DESIGN, TEST & REFINE
FUTURE-FOCUSED TECHNOLOGY
Aerospace Experimentation and Fabrication Building (AXFAB) The Aerospace Experimentation and Fabrication Building (AXFAB) is a cutting-edge facility designed to empower students in engineering disciplines with hands-on experience in project fabrication and assembly. The AXFAB features a state-of-the- art machine shop equipped with specialized welding, painting and machining areas. Various laboratories are housed within AXFAB, including the Astrodynamics Fabrication Lab for senior capstone projects and the Structure Laboratory, for full-scale aerospace structure testing. The Materials Testing Laboratory focuses on the mechanical aspects of aerospace materials, while the Design- Build-Fly shop supports engineering competitions and computer-aided design (CAD) courses. Unique research opportunities allow students to engage with real-world aerospace challenges. With high-tech facilities and dedicated students and faculty, the AXFAB is an incubator for innovation, creating the next generation of industry leaders.
Robotics Laboratory The Robotics Laboratory encompasses three interconnected spaces: the Robotics Classroom, the Robotics Laboratory and a dedicated research breakout room. Designed to support core robotics courses within Mechanical and Electrical Engineering, the classroom features electronic test benches and a mobile robot test table — facilitating hands-on learning in courses such as Robotics I, Mechatronics and their respective labs. The Robotics Laboratory is essential for the capstone design sequence. It boasts an array of tools, fabrication equipment, electronic test gear and a motion capture system, alongside various robotic manipulators and an air- bearing table for testing planar robots. The research breakout room fosters collaboration among capstone students and faculty engaged in robotics research. This laboratory also supports the Embry-Riddle Prescott VEX Robotics Team and the Eagle Robotics Club. Current faculty research investigates replicating the on-orbit motion of space robots through force-feedback control of industrial manipulators, contributing to advancements in robotics technology.
ADVANCEMENTS IN AEROSPACE
EXCELLING IN AERODYNAMICS
Propulsion Laboratory The Propulsion Laboratory is an
Wind Tunnel Laboratory The Wind Tunnel Laboratory
open project space where students can work on a variety of energy and propulsion-related projects, including rocket and air-breathing propulsion devices and energy systems ranging from solar to nuclear to conventional power generation. In the Propulsion Lab, students get hands-on, practical experience in identifying, formulating and solving complex engineering problems. The lab features three dedicated rocket test cells, including Test Cell 3, specifically designed to test rockets with cryogenic propellants. The complex also plays a central role in the Thermal Fluid Sciences and capstone design courses. The Propulsion Lab houses essential instructional and research equipment, such as conventional and optical measurement systems, cutting- edge industry-standard data acquisition systems, a high-capacity compressed air system and a fully operational gas turbine engine.
serves as a classroom and research facility for aerodynamics courses. This dual-purpose space cultivates a comprehensive learning environment where students engage in both theoretical study and practical hands- on learning. The lab features multiple wind tunnels, including two tunnels with advanced multi-component force balances, a blower wind tunnel, a closed circuit research-quality wind tunnel, a supersonic wind tunnel and a smoke- flow visualization tunnel. The laboratory enables precise aerodynamic measurements using innovative tools such as hot wire anemometers, pressure scanners and flow probes. Flow visualization is enhanced through water tunnels with dye injection systems and a water table that simulates shock wave behavior. This hands-on approach is integral to growing knowledge and skills in subjects like experimental aerodynamics, propeller design and more!
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FINANCIAL AID AND ASSISTANCE
Invest in Your Future Financial Aid and Assistance
When it comes to educational funding at Embry-Riddle, 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 on our website to learn more about the available types and qualifications. prescott.erau.edu/financial-aid/scholarships 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
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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 admissions questions and provide general guidance through enrollment. We are excited to see your success as an elite, committed and diverse member of our Embry-Riddle family. Our support team is available and ready to help you with any concerns. Admissions Requirements Embry-Riddle Aeronautical University considers all aspects of a student's qualifications and offers admission to competitive applicants to build a talented and diverse student body. Visit the Prescott Campus admissions page to review undergraduate and international student admission requirements. prescott.erau.edu/admissions
Contact us! College of Engineering 3700 Willow Creek Road Prescott, Arizona Visit us online or on campus 800.888.3728 prescott@erau.edu
Embry-Riddle Aeronautical University is a global leader in engineering and STEM education. With the skills, experience and knowledge you’ll gain here, you’ll be set up to achieve your goals and go further after graduation. Come explore your future with us.
erau.edu/apply
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College of Engineering Prescott, Arizona, Campus prescott.erau.edu/coe
Your Future Starts Here. At Embry-Riddle's College of Engineering, you'll discover your potential through immersive learning experiences that ignite your creativity and spark innovation. We’re here to empower you to explore new ideas and transform your passions into impactful solutions for the future of your field and your success. Your future is waiting — what are you waiting for?
erau.edu/apply
05.01.25
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