Clean Energy Engineering Intern
-Assigned to the Smart Wind project to help create a method to understand the winds’ effects, such as vibration, strain, and stress, on wind turbine blades in order to determine the best methods to increase the turbine’s energy efficiency-Created and conducted various tests on a small wind turbine model made from a bearing and aluminum beams to scope the capability of the enDAQ sensors to provide data on the blades in terms of frequency, relative orientation, and rotation-Analyzed the enDAQ data in MATLAB to calculate the practical, theoretical, and FFT frequency of the blade, plot the relative orientation of a rotating blade using quaternions, and calculate the angle of a bent blade-Assisted in additional projects using Solidworks to create drawings, 3D print models, and designs for new project proposals