• Serving as lead integrator for dynamic environments analysis, mechanical and electrical interface verification, range safety coordination, contractual documentation, and day of launch activities.• Executing mechanical, electrical, avionics, and systems analysis and testing for multiple launch campaigns.• Producing spacecraft requirements and mission-critical analysis reports for multiple launch vehicle providers.• Coordinating ICD verification using JAMA and SharePoint between launch vehicle and satellite vehicle teams.• Developing facility requirements documentation with launch bases to support standalone and integrated vehicle processing activities.

• Standardized integration products to accelerate spacecraft to launch vehicle integration timelines by 50%.• Developed interface requirements documents for six missions.• Developed mission formulation studies to create strategic partnerships and demonstrations with internal and external customers.• Acted as a stakeholder and guided a senior class at the United States Military Academy (USMA) Department of Systems Engineering.

• Overhauled spacecraft to launch vehicle interface requirements documents.• Managed requirements and deliverables from launch vehicle providers.• Assisted in successful program milestone reviews for foreign governmentcustomers.• Analyzed orbital lifetimes, collision probabilities, and orbital reentries to produce aspace debris mitigation plan as part of a spacecraft licensing package to foreigngovernment customers.• Presented to the Lockheed Martin Space Executive Team, finishing 4th in the interncase study event.

• Led testing campaigns to analyze material properties of carbon compositemanufacturing techniques.• Manufactured carbon fiber rocket structures using out-of-autoclave techniques.• Integrated multiple rocket sub-assemblies (airframe, avionics, propulsion, andrecovery).• Collaborated with the integrated teams for multiple Critical Design Reviews.

• Manufactured prepreg carbon fiber for high-speed composite fly wheels• Fabricated composite fly wheels infused with carbon nanotubes for uninterruptible power supply applications• Studied mechanics of composite structures• Modeled mechanical response of composite models with Abacus