You will get an introduction to levers, inclined planes, pulleys, screws, and complete challenges through building motorized mechanisms in teams. Use a realistic aerospace simulator to learn about aerospace engineering, orbital mechanics, aerodynamics, and space exploration concepts, igniting a lifelong interest in science and space! Use this process to design and create furniture, vehicles, towers, houses, bridges and many more items that we will need in the future. Explore physics and geometry to understand how the anatomy of a drone supports its course of flight and how to program their drone with block programming commands to pilot their drone's flight path. Learn the basics of robotics, the scientific method, forces, and design through exploring scientific and engineering concepts. Build multiple types of machines to execute specific tasks while learning physics. Learn about the software used in college design and architecture classes, slicer software and how to alter your own print settings. Complete a variety of hands-on challenges and understand the real-world applications of drone technology.
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