Additive Manufacturing Engineer for Titanium flight hardware production, reviewing drawings, coordinating schedules, and working with shop floor machinists to improve manufacturing capacity for schedule reductionsProject manager & developer of automation, robotics, and processes section of Space Park's Manufacturing Technology team through piloting and implementing new technology Developed test automation scripts and setups for various projects, including SCAT thruster test bed automation, strain gage characterization using LabVIEW, and data analysis with PythonLearned HTML, CSS and JavaScript to create a tablet 1D/2D barcode scanning web-based application to reduce technician errors and reduce span time while inputting calibrated equipment into Solumina Manufacturing Engineering SoftwareCoordinated, repaired, and now deploying a computer numerically controlled (CNC) high-frequency cable bender to Space Flight Hardware Manufacturing conditionsDeveloped framework and plan for a proof of concept for a Digital Twin model of Space Vehicles and their discrepancies in manufacturing to understand and provide analytics between assemblies throughout vehicle lifecycles

Developed and 3D printed Space Vehicle Models to be demonstrated to stakeholders to increase knowledge transfer and system familiarity across the programCo-Developed Design Reference Mission for a new rapid program focusing on Laser Communications Satellite Demonstration flowing requirements to respective subsystems through Day in The Life STK Analysis Developed critical documentation and system MBSE models in preparation for both System and Space Vehicle Critical Design ReviewsWorked with the Enterprise Team to develop documentation for Model-Based Systems Engineering Approaches

Contributed to a cradle-to-grave design team responsible for hardware development of mechanisms, designing connecting joints for a rapid development composite hinge solar array mechanism demonstratorModeled in CREO, 3D printed, and produced multiple precision jigs for the Engineering Model to verify tolerance requirements could be met for critical components of the solar array mechanism and could be successfully fabricatedDesigned a strut composed of Lenticular Hinges along with iteratively designing mounting brackets to the satellite bus to minimize stowed vehicle volume

Instructed 5th-12th grade students in robotics, introducing concepts like electronics, RobotC, VEX Robotics, Java, Arduino, and Fusion 360. Developed a hands-on curriculum using Autodesk Inventor for 3D visualization and project-based learning.Demonstrated and trained students on advanced technologies, including 3D printers and laser cutters, fostering practical skills and creativity in STEM.