-Served as an in-game camera director for competitive esports tournaments, adeptly storytelling the strategic maneuvers, team synergies, and player skills within the game environment to enrich the viewing experience for commentators and audiences.-Observed and directed over 4,000 matches spanning 60+ events across 5 distinct esports titles, maintaining a consistently high standard of production quality and engaging storytelling.-Successfully facilitated the engagement of over 500,000 concurrent viewers on Twitch and entertained live audiences exceeding 9,000 individuals, contributing to the growth and popularity of esports as a spectator sport.

Proposed a nexus hub in L1 and group of 6 small stats to orbit the moon to provide constant communication for the lunar cyclers with Earth and the Lunar base. Deliver supplies from Low Earth Orbit to Low Lunar Orbit. Created schematics for nexus and smallsat, worked on antenna design on both. Used SMAD process to create a mission for two lunar cyclers running supply missions from LEO to LLO. One cycler is human-rated with a high ISP motor, while the other is for lower priority cargo missions with a slower ISP motor.

Designed horizontal wind turbine blade model using CATIA V5, manufactured blades from carbon fiber.

-Designed, simulated, prototyped, and tested a Darrius - Savonious hybrid vertical axis wind turbine built for a skyscraper's open floor using CATIA V5. CFD analysis was performed using StarCCM+. Manufactured turbine using a foam cutter, wood, and steel.-Created a 6’ x 6’ scaled floor model using wood. Performed FEA on floor model and turbine using CATIA V5-Modeled wind conditions at various altitudes of open floor to simulate real-world performance using StarCCM+-Tested scale 6’ x 6’ floor model with a hybrid vertical axis turbine in Fiat-Chrysler full-scale automotive acoustic wind tunnel-Analyzed data to find optimal size and positioning of wind turbine for wind direction, velocity, and building constraints

-Managed a team of 5 to design, build, and test a hovercraft. Formed a schedule, ensured tasks were on track to meet deadlines, delegated tasks based on individualized skills/talents, championed unwanted and uncompleted tasks, and was responsible for the completion of hovercraft.-Designed shell of hovercraft using CATIA V5, performed shell structural analysis, created a toolpath for CNC router to cut out the mold, machined mold, applied resin composite layup, 3D printed propeller cover, used a laser printer to manufacture impeller and rudders, performed CFD analysis of shell using StarCCM+, programmed control systems using Arduino, assembled and tested the various components, assembled and tested the craft

MASA-Dearborn Rocketry team: Played critical role in starting this organization and increased the membership to 10-15 individuals. Proposed a practice model rocket launch to prepare us for the NASA competition for the following year, designed and rocket body and explored rocket mentors to be used in 2017