● Designed and implemented advanced prototypes to enhance stability in liquid containers, utilizing SolidWorks and 3D printing technique to integrate innovative baffles to improve internal sloshing effect.● Optimized thermal performance using a DAQ system with thermocouples to monitor and improve internal temperature by 23% with new fan mounting locations. ● Executed comprehensive testing protocols to evaluate liquid-level reading accuracy and effectiveness of clot-detection mechanisms in pipettor systems, ensuring precision and reliability in all future tests.● Performed detailed statistical analysis of test data using Minitab to assess and ensure consistent performance across all prototypes, identifying potential root causes and making data-driven proposals to the manager.● Enhanced supply vendor collaboration through detailed technical presentations that communicated ongoing issues, leading to improve the quality of clot-detection mechanism of the pipettor

● Utilized NX to design a full-scale model of a Pitts Special Biplane with precise specifications and executed conduction thermal analysis on the engine and CFD analysis to examine the drag force on the wings.● Conducted structural analysis on the landing gear with NX and enhanced the design to increase its safety factor by 50% while simultaneously reducing weight, and optimizing performance and efficiency.

● Diagnosed and repaired production facilities and equipment breakdowns, ensuring overall daily performance.● Generated detailed technical drawings and Bill of Materials using SolidWorks for products to facilitate accurate Parts Lists.● Tested and validated the efficiency of innovative coating methods through real-time processing on fiber lines.● Redesigned and fabricated lab equipment protypes using UltiMaker 3D printers, reducing setup time for technicians by 30%.

● Collaborated with three classmates to secure 4th place among 60 teams in the Final Competition.● Fabricated and adapted components to enhance a sequential folding arm lifter’s capability to elevate a rocket by 100 inches, utilizing SolidWorks, 3D printer, and laser cutter.● Conducted subsystem tests through simulated scenarios prior to final assembly to ensure system functionality.

• Helped students with problem solutions and math concepts.• Offered constructive feedback to facilitate the student's improvement of their written works.• Submitted report papers and scheduled appointments online for students

- Modeled hulls and rudders of a real size boat using Catia.- Surveyed and measured the boat.- Effectively communicated potential ideas with teammates.- Assisted teammate with their part designs.