Managing team of 40+ engineers in designing & building a competition rocket, payload, flight computerAccountable for all logistical coordination with Spaceport America Cup, judges, and administrators

Coordinated the design of 75+ parts and assemblies using ClickUp & SolidWorks PDMLed the manufacturing of the rocket aerostructure on mill, lathe, CNC, and waterjetAuthored a 250+ page technical report written in LaTeX detailing process of rocket design and manufacturingOrganized, taught and executed integration of the competition rocket and propulsion system at Spaceport America Cup

Onboarded over 50 members onto team through teaching of rocket simulation, CAD, and manufacturing methods.Created over 100 pages of comprehensive guides teaching new members about rocketry and rocketry construction process.Responsible for all Level 1 and 2 HPR NAR and TRA certifications, pursuing Level 2 HPR certification.

Created simulations in OpenRocket, RasAero, and AeroFinSim for competition rocket capable of reaching 31,000 ft altitude.Authored 33 page technical report written in LaTeX detailing results of simulations and mission planning projects.

Provided academic support & guidance to 120+ students for programming labs and homework in MATLABDeveloped rubrics for grading exams and homeworks, ensuring consistent & fair evaluation of performance

Designed & 3D printed custom fixtures in SolidWorks to improve efficiencies of non-destructive testing on customer partsStreamlined custom fixture production by two orders of magnitude by creating comprehensive database in ExcelConfigured and tested mechanisms for quality control of wax, ceramic slurry, and foundry operationsPrepared fluid flow simulations for metal castings by designing gated models of parts and assembliesDeveloped Work Instructions for investment casting processes

Designed experiments involving the creation and testing of nanosheet V2O5.Tested nanomaterial solutions using AFM, UV-Vis, and SEM.Worked with solutions including strong acids and bases.

Managed team of over 30 high school students charged with building a First Robotics Competition robot.Principal engineer for robot design and manufacturing.Wrote over 200 lines of Java code for autonomous and teleoperated competition robot.Secured over $10,000 through meetings with local foundations and district staff.Created a team sponsorship package presently used by team.