3/1/2023 0 Comments Eva kanso uscRising senior Manaeha expressed the feelings of all the students in Aerospace when she said, "I feel privileged to be working in an Aerospace Lab as a high school student." It's true that most people doing hands-on work in these labs are graduate students, yet the dedication and intelligence of the SHINE students enables them to make valuable contributions to research this summer. They are researching Air Force and NASA Flight tests to develop their own method and apply it to their own small flying vehicles.Īll the SHINE students excel in their coursework, yet it is nonetheless challenging to apply those high school STEM concepts to actual research conditions (which is how SHINE makes STEM studies tangible and compelling). In vitro motility assays have demonstrated that motor-driven microtubules exhibit rich dynamical behaviors from straight to curved configurations. The design of robotic vehicles for hazardous environments is one potential application of Kanso’s work. In Professor Spedding's Lab, the Aero-SHINERS are creating new methods to test the flight mechanics of small planes. The interactions of microtubules with motor proteins are ubiquitous in cellular and sub-cellular processes that involve motility and cargo transport. With help from Professor Luhar's SHINE students, the two labs will discover a method to map air flow across small planes. They hope to build a table-size wind tunnel capable of modeling high altitude flight. In Professor Uranga's Lab, SHINE students are learning how to model small planes in NX, a 3D modeling software. In addition, this week we checked in with the six SHINE students spending the summer in USC Viterbi Aerospace Labs to learn about their research experiences.
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