Spring 2026 - Interiors & Seats Test Teams

Supported the Aerostructures team with post-ground and flight test data analysis for the X-59 supersonic jet and led the development of custom, user-oriented tools to simplify analysis workflows.

• Developed DART (Data Analysis and Rapid-Processing Tool), a Python-based GUI that streamlines data parsing, multi-sensor visualization, and report generation, improving the efficiency of sensor health assessment and structural load analysis

• Analyzed static and taxi test data from 300+ strain gauges, accelerometers, and thermocouples to support structural validation, with a focus on loads measured in the landing gear and empennage systems

• Created real-time crossplots and emergency procedure matrices in IADS (Interactive Analysis and Display System) for control room use during taxi and flight tests, increasing situational awareness for a diverse team of structures, propulsion, and controls test engineers

Utilized SolidWorks to design and assess suspension components and ANSYS to simulate stresses and points of failure. Manufactured and fitted jig parts for precision welding, contributing to an efficient assembly process. Evaluated critical tolerances and ran routine checks to ensure the smooth operation of the suspension package, prioritizing maximum contact between the track and all 4 tires.

Collaborated closely with the mechanical engineering team on diverse projects, specializing in CAD document development using SolidWorks. Responsibilities included revising 3D models from redline drawings, managing documentation for parts release, assembling test fixtures, and facilitating interdepartmental communication between engineering & design, machine shop, and production floor teams. This role provided valuable hands-on experience in the aerospace and defense industry, contributing to products utilized by private defense organizations and the US Armed Forces.

Consulted Kairos Field and Driven Gym.