EDUCATION

   University of Florida Honors Program                                                                                                     

   Bachelor of Science in Mechanical Engineering                                 

   Davis United World College Scholar                                                                                                              

 

 

EXPERIENCE

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UF Undergraduate Research AI Biomechanics Lab                                                                                                                                                                                                        January 2024-present

•  Assisted in Humen Movement Databank biomechanics data collection using markerless motion capture method implementing Vicon and Theia markerless to study walking patterns at people with knee osteoarthritis

• Prepared documentation including study protocol, informed consent and questionnaires for IRB needed for Markerless vs marker-based validation of the step up and step down movements project

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Tractive System Engineer - Gator Motorsports Formula SAE Design Team                                                                                                                                                                     August 2022-present   

• Collaborated with tractive system engineers to manufacture first composite accumulator enclosure that weighs 15.4 lb, decreasing the weight by 19% from the previous year

• Lead a group of 5 people to manufacture 5 prepreg composite flat plate layups for the inner walls between segments of the accumulator enclosure                              

• Performed T-peel test on the aramid fiber coupons to evaluate the strength of the adhesive that is being used for bonding of accumulator enclosure walls

• Manufactured carbon and aramid fiber prepreg composite coupons and panels and performed three-point bending test and perimeter shear test, to make the composite schedule for accumulator enclosure    

• Designed and manufactured aluminum mounting system, for low voltage battery that reduced weight by 65% compared to the previous year’s one, using SOLIDWORKS, abrasive waterjet, and manual sheet metal machines

• Supervised team members in manufacturing components on manual mill and lathe and abrasive waterjet

 

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