This satellite actuator was designed to control the primary mirror of the James Webb Space Telescope—the successor to the Hubble. One of the difficult requirements was the device had to hold very precise position during launch.
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I developed new methods to design navigation systems for BMW motorcycles using simulation and a BMW K1200LT test vehicle. The compensation sensors typically used in cars produced large errors because of the way a motorcycle leans through the turns.
This paddling robot was designed and built to experiment with control systems.
I designed this 3-axis navigation sensor for an RC plane. The system streamed wireless data to test advanced aircraft flight control systems. The goal of these systems is to assist pilots in flying an airplane to safety in the event of a system failure by reconfiguring the airplane’s controls.
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Engineering
Daniel Stevens
Product Design + Engineering Brooklyn, NY