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The master's program enables students to specialize in designing unmanned and autonomous systems, covering drones and aircraft technologies. Embry-Riddle stands as a leader in robotics and unmanned systems education. The Master of Science in Unmanned and Autonomous Systems Engineering builds upon a student's existing engineering background and passion for unmanned aviation, propelling their professional growth. Whether entering fresh from undergraduate studies or advancing their current career, this degree opens doors to dynamic opportunities in the rapidly expanding unmanned systems sector.
With intimate class settings and practical training, students progress through the Unmanned and Autonomous Systems Engineering program. In addition to aircraft applications, the curriculum explores autonomous technologies for ground vehicles and drones, maritime surface/subsea vessels, and space systems.
Career Paths and Opportunities
Graduates with a master's in Autonomous Systems Engineering typically find employment in roles such as automation specialist, software developer, systems verification engineer, and 3D simulation expert.