
edXUAS (unmanned aerial systems) have become indispensable across research, commerce, and industry. This course takes you from foundational concepts through platform selection—comparing sensor types and integration constraints—to the calculations that predict real-world performance.
You'll learn to design flight plans that account for terrain and weather, then validate accuracy through data acquisition best practices. The progression from theory to hands-on application prepares you to evaluate which system suits a specific job and understand the aerodynamic and operational trade-offs you're making.
Learn the basics of UAS, related terminology, and their use in research, commercial, and industrial applications. ,Understand the selection process for UAS platforms, payloads, and sensors, including active vs. passive sensors and their integration constraints. ,Differentiate UAS types, evaluate benefits and drawbacks, and identify various aircraft configurations to inform platform selection. ,Calculate aircraft weight trends, aerodynamic properties, and propulsion performance for specific UAS applications, and analyze aircraft performance. ,Learn to create flight plans, add ground control, conduct accuracy assessments, and understand how terrain and flight conditions affect data acquisition.
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Tracking since 1 Aug— not enough history yet to tell you whether today's price is any good. Watch the course and we'll tell you when it drops.
This is what we recorded in US pricing — not every price this course has ever had, and prices differ by country.