Mission Robotics Vehicle (MRV) / Mission Extension Pod (MEP)• Compatibility technical lead for emerging satellite servicing business area

Zahm Capital finds and partners to acquire residential multifamily properties in stable or growing markets across the United States.

Flight operations engineer for NASA's flagship James Webb Space Telescope program• Led RF Communications team preparations for rehearsals, launch, and Commissioning, including anomaly response readiness• Owned of the Observatory Limitations & Constraints (L&C) process, ensuring consistency of 600+ implementation directives• Delivered formal L&C documentation to customer 6 times, on or ahead of schedule• Operated RF Communications flight-like hardware during critical compatibility testing with NASA and European Space Agency in Darmstadt, Germany• Conducted video-recorded subsystem training, a required certification milestone for Flight Operations Team• Site visit to the Deep Space Network ground station in Goldstone, CA for technical interchange

• Established and maintained Mission Systems Software architecture model in Rhapsody SysML

• Guided Requirements IPT during proposal phase of new business capture effort, reporting to Chief Engineer weekly• Created Technical Requirements Document, which drove mission analysis and air vehicle trade studies• Defined and reviewed system-level products (e.g. functional block diagrams, requirements traceability matrices)• Managed a dedicated DOORS employee

• Performed requirements verification and validation, lessons learned adjudication, and physical hardware inspections• Co-led bi-monthly working group to resolve mission-specific technical issues with external stakeholders• Coordinated with launch vehicle integration contractor and independent technical party to work out spacecraft contamination requirements pertaining to encapsulation, transportation, and on-pad stacking operations

Rehearsal Anomaly Team Member - Space Tracking and Surveillance System (STSS)• Assisted with launch rehearsal preparation activities, including expediting drop card creation process, providing analytical anomaly data, and assembling procedures, handbooks, and reference documents• Participated in on-console inter-center exercise to assess management, communication, and anomaly resolution personnel's readiness for day-of-launch countdown activitiesLaunch Systems Integration• Compiled an anomaly database for use by launch rehearsal planning teams in evaluating on-console personnel on their performance during training exercises• Designed and documented a spacecraft upper stage disposal tool capable of assessing various disposal maneuver trajectories and their resulting orbits for government compliance. Performed spacecraft fuel usage trade studies which assisted in sizing spacecraft propulsion system• Developed an interactive launch communications network tool which aided on-console personnel with visualizing the availability of telemetry, command, and data link connections among spacecraft, launch sites, and ground stations on day-of-launch• Supported functional management by revising department process manuals and training course materials

Analyzed an aircraft engine turbine using Computational Fluid Dynamics (CFD) design tools in order to develop a high-fidelity physical model of the main gas path. Presented results to senior engineers

Performed experiments using wind turbine blades and efficiency-increasing plasma actuators in order to determine the economic feasibility of mass-producing the devices