>Led a team of 15 for the Polar Operation for Lunar Aquifer Reconnaissance, Investigation, and Sampling (POLARIS) project as a part of the L’Space Mission Concept Academy >Developed a detailed low-cost $175 million discovery class robotic surface reconnaissance mission concept with the objective of mapping volatile material concentration in Permanently Shadowed Regions at the Lunar South Pole>Utilized JMARS software to determine suitable rover landing zones with a maximum slope of 15 degrees.

> Selected out of more than 700 to travel to NASA Ames National Laboratory to lead a team of 10 to develop the Skycar Transportation System (STrS). > Presented a large-scale multi-rider hybrid engine quadcopter Urban Air Mobility (UAM) solution to a group of NASA Panelists.> Increased rider efficiency by more than 50% and decreased operational downtime by more than 70% compared to existing single-rider UAM proposals.

> Led a team of 10 students to simulate a mock mission to Mars to research flow patterns and traces of water. > Learned effective team management and deadline management skills and strategies

>Led a team of 10 engineers and researchers for the Blue Light-Induced Melatonin Control (BLIMC) project supported by the NASA L'Space NPWEE program under Marshall Space Flight Center Chief Technologist John Dankanitch. >Project BLIMC aimed to better control melatonin production to decrease circadian misalignment and sleep deprivation and increase mission safety and efficiency. We were able to theoretically decrease daytime melatonin production by more than 20% and increase nighttime melatonin production by more than 10%.>Utilized NX Siemens to construct CAD drawings of proposed project components.