Provided photogrammetry support for Sierra Space and Lockheed Martin during their Inflatable Space Structure Ultimate Burst and Creep Testing.Evaluated the parachute trajectory of Starliner to assist NASA Engineering and Safety Center during their flight readiness review.Improved Digital Image Correlation capabilities for NASA’s crewed inflatable softgoods team, including the addition of a pressure sensing system.Developed a novel method of analyzing complex interwoven straps using colored photogrammetry. (provisional patent)Performed tensile testing on acrylic & polycarbonate window materials to evaluate strength degradation due to radiation exposure.Evaluated the strength degradation of inflatable bladder materials due to cold-flex fatigue and flame testing via tensile and permeability testing.

Instructed a class of 35 students on the topic of Aerospace Structural Analysis.

Instructed students on how to safely and effectively perform material analysis.Experiments Demonstrated:Honeycomb Compression Tests, Strain Gages on Cantilever Beams, Instrumented Torsion, Aluminum/CFRP/GFRP Tensile Testing, Nondestructive Evaluation, Swept Sine Vibration Analysis, Rocket Thrust Measurements.Developed textbook problems and solutions for an Aerospace Structures course.Graded reports and homework for an Aerospace Materials course.

Research focused on digital twin systems for the lifecycle analysis of space structures.

Completed Reports/Proposals for Phase I & Phase II of NASA-SBIR, Phase I & Phase II of NASA-NIAC, NASA-FINESST, NASA-FSGC, NASA-NSTGRO.