The Prescott Department of Mechanical Engineering prepares students to solve complex engineering challenges that power our world — from next-generation propulsion systems to autonomous robots and sustainable energy solutions.
Innovate Across Every Scale
Mechanical engineering is a dynamic field that spans everything from precision micro-devices to large-scale mechanical systems. Students develop a deep foundation in mechanics, materials and thermodynamics while applying creativity and problem solving to real-world design projects.
Learn. Build. Lead.
The Bachelor of Science in Mechanical Engineering offers hands-on experience in cutting-edge labs, plus three specialized tracks to choose from:
Robotics – Focus on autonomous vehicles and intelligent systems.
Energy – Explore alternative and renewable energy technologies.
Propulsion– Design and analyze high-performance air-breathing and rocket propulsion systems.
Graduates emerge as innovators ready to engineer the future, whether in aerospace, defense, energy or advanced manufacturing.
Degrees and Programs
Study how motion, energy and materials shape the design of machines and structures. You’ll apply theory to projects that improve aircraft, spacecraft and advanced technologies used across the aerospace industry.
Faculty and students collaborate on projects spanning space robotics, advanced controls, energy systems, propulsion design and dynamic systems modeling.
This is what makes Embry‑Riddle unique. We get to work directly with faculty who have industry experience and alumni connections at top aerospace companies. I wouldn't have had these opportunities anywhere else."
