Developed a solution used to increase the line process reliability by 8% and decrease stops by 40%Engineered a way to manually place caps on foamy cans with 0% dispensing of content while maintaining the line rateDecreased number of stops that a line was experiencing by 50% by performing analysis, identifying the root causeof the problem, and executing the solutionImplemented a tool that reduced changeover time by 50% by providing information for all 1936 combinations

Developed a Functional Electric Stimulation (F.E.S) bike to help patients with muscular dystrophy perform daily.exercises with the goal to recover muscle mass and prevent fat regenerationEngineered a hand-cycle stand that adjusts to the needs of each patient, in order to improve functionality of the Functional Electric Stimulation and the reduce the cost to conduct the research by $5k.Recorded patient diagnostics and body scan results after each trial, in order to improve the design… Show more Developed a Functional Electric Stimulation (F.E.S) bike to help patients with muscular dystrophy perform daily.exercises with the goal to recover muscle mass and prevent fat regenerationEngineered a hand-cycle stand that adjusts to the needs of each patient, in order to improve functionality of the Functional Electric Stimulation and the reduce the cost to conduct the research by $5k.Recorded patient diagnostics and body scan results after each trial, in order to improve the design of the bike.Examined the effects that a F.E.S bike has on a patient with muscular dystrophy by drafting an academic paper waiting to be published in the journal of undergraduate research at the University of Florida. Show less

Collaborated with the USDA to develop an autonomous fly trap assisting in pest management strategies.Designed 3 prototypes of a lethal flytrap using AutoCAD and SolidWorks. Engineered fly traps that resulted in a ~95% success rate.

Designed the body of a solar-powered car using AutoCAD and SolidWorks. Utilizing Star-CCM+, I optimized the aerodynamics of the car. Worked with the chassis sub-team to synchronize designs and optimize the functionality of the car model. Maintained the upkeep of systems for the national competition.

Designed a robot that was able to pick up 10 racquetballs and shoot down 5 water bottles in 4 minutes.Collaborated with a team to evaluate engineering drawings and optimize the efficiency of a robot. Built a robot using 80/20 extrusions, welding, power, and manual machines. Learned how to proficiently use lathes, mills, and drills.