- Created test requirements, defined redlines and testing strategies, authored scripts for the test campaign, and conducted trade studies for thrust balancing on the BE-7 Ox and Fuel Turbopumps- Improved test process flow by using my scripts as a model to develop a standardized template for special calculations to be used by the other engine programs- Performed tolerance stack-ups, design calculations, and hazard analyses for the Ox and Fuel Pumps- Supported through all phases of the BE-7 turbopump assembly lifecycle including design, fabrication, testing, and refurbishment- Supported turbopump testing including post-test hardware and telemetry data analysis via scripting and code development- Developed test process flow, test control schemes, and conducted FMEA- Conducted fit/clearance analysis- Performed design trade studies and improved layout architecture- Authored build procedures, build operations, and refurb operations

• Founded a new project team, secured funding, led design efforts and conducted design reviews to meet competition requirements, and developed a comprehensive training program for new members• Organized meetings, set design specifications, and wrote technical reports

• Characterized sensors, integrated the prop system, and performed valve refurbs on the 3U CubeSats for Pathfinder for Autonomous Navigation (PAN)• Integrated the magnetic docking system and wrote prop-filling procedures• Designed the second iteration of PAN, a 6U sat that accommodates pitch momentum bias and Modular Open System Architecture

• Authored and executed various flight hardware qualification campaigns and ATP/QTP test plans• Designed test systems and crew equipment, meeting both NASA and internal requirements• Manufactured spacesuit components and crew equipment for Inspiration4 and Ax-1• Refurbed Personal Locator Beacons and Flotation Devices and qualified 80 common bags for reuse

• Designed and machined the propulsion system of our vehicle for NASA’s SAVER challenge• Organized meetings, provided design specifications, and gave technical guidance for newer members• Used ANSYS to perform FEA on the keel and bulkhead to analyze deformation, stress, and strain• Designed and fabricated the mounting solution and protective housing for the thrusters

• Expanded the capabilities of robotic arms as part of the Adaptor Tools for Assistive Robotic Manipulators project, aiming to assist people with limited motor function and physical disabilities• Designed, built, and tested adaptors for Activities of Daily Living, including eating and self-care• Simulated the functionality of the ARMs in Fusion 360 and used the results to improve designs before constructing and physically testing them• Used the simulations as an educational tool in training users to effectively operate the ARMs

• Constructed a tangible user interface for the Collaborative Design project• Designed, 3D printed, and secured light mounts for the interior of the TUI• Fabricated fiducials for the earth-observing sensors• Secured the robotic arm, implemented projector, and included safety measures on the TUI

- Documented the Process Validation Reports, Stability Reports, Protocols, and Batch Records for 55 separate products- Streamlined the process development of Doxepin Capsules by evaluating the product’s test results at various strengths and expanding the threshold for deviations

- Engaged with students in one-on-one and group instruction - Presented complex topics effectively in simple terms