• Leading development and redesign of the internal and external nose for GTXR’s newest rocket, Live and Let Fly!• 5-8 hours spent per week on research, design work, SolidWorks, machine workshopping, and simulation analysis.• Using SolidWorks to design and model the redesign for the conical nut, nose-tip, nosecone, and internal nose-bay• Creating specifications for future manufacturing and assembly of rocket nose• Will manufacture nose internal and external components using 3D printing, mill, waterjet, and lathe machining in spring 2025• Leading communication with avionics team to implement new “black box” idea to the nose-bay• Leading communication with simulations team to model the complete nose cone using ANSYSWriting simulation code for solid rocket motor using MatLab

Conducted a research study on the impact of tax codes on the utilization of residential fuel cells after mastering various research techniques during senior year of high schoolGained experience in designing and implementing research studies, including defining objectives, selecting methodologies, and conducting data collectionDeveloped experimental framework, including hypothesis formulation, variable identification, and control measuresSharpened capability in writing detailed research reports, summarizing findings, and presenting conclusions effectivelyEffectively communicated research findings and implications to diverse audience, including stakeholders, teachers, peers, through clear and engaging presentation

Designed and constructed a miniature airship as part of a group project for a third-year engineering class (2024)Designed and constructed a functional water purifier for 2nd-level engineering class (2021)Successfully designed and constructed a functional wooden electric toothbrush for a first-year engineering class (2020)Worked on projects in both group and individual setting with projects taking between 20-80 hours