• Designed, developed, and improved the propulsion system for a working simulation of a high-powered liquid-propellant rocket. • Designed and optimized control systems and chemical reactions for the propulsion system using Microsoft Excel, CAD software, and the NASA-developed software CEAM. • Curated resources and materials to fabricate a working two-stage high-powered solid-fuel rocket and working simulation for a liquid-propellant rocket.• Developed physical, mechanical, and thermal properties for materials used for combustion chambers, fuel tanks, oxidizer tanks.• Organized and documented comprehensive HAZOP reports for both high-powered solid-fuel and liquid-propellant rockets.

• Independently fabricated CNT-polymer composites and conducted thermal, electrical, and mechanical testing using specialized equipment for each type of physical property, while ensuring safe management of hazardous chemicals and equipment.• Demonstrated high personal accountability by meticulously overseeing the multi-day fabrication process, ensuring precision and reliability through thorough inspections and quality control checks.• Gained familiarity with Scanning Electron Microscopy (SEM) characterization techniques through hands-on experience in material analysis.• Collected and organized performance test results of composites and utilized critical thinking to analyze and determine their overall quality.• Used problem-solving, troubleshooting, and time management skills to improve the efficiency of the fabrication and testing processes.• Represented the University of Oklahoma by presenting research work and findings for CNT-polymer composites at the American Chemical Society- SWRM in Oklahoma City, in November 2023.