• Created and revised daily Narrow Angle Camera and Wide Angle Camera lunar observation plans• Planned spacecraft maneuvers to obtain stereo and oblique lunar observations• Actively interfaced with Goddard Space Flight Center LRO Mission Operations Center on a daily basis• Integrated mission planning activities with all other LRO instrument teams• Updated and maintained observation planning software tools using Ruby and Bash scripting languages• Performed instrument power and thermal trending analysis using the PostgreSQL database

• Interfaced with NASA's Jet Propulsion Laboratory to complete successful DAN science observations• Supported the Science Planner and Science Operation Working Group (SOWG) chair in integrating and validating the DAN Tactical Activity Plan• Created, validated, and delivered instrument sequences that met operational constraints• Generated DAN PUL Uplink Reports • Identified instrument changes that would impact future operations

• Developed and revised Space Shuttle robotic arm procedures for use by astronauts during Shuttle flights to perform various tasks such as maneuvering payloads or spacewalking astronauts and Orbiter heat shield inspections• Integrated pre-flight mission design activities among other Space Shuttle and Space Station systems disciplines for successful STS-119 and STS-133 Space Shuttle missions• Maintained the on-console team’s situational awareness during Shuttle missions by monitoring real-time telemetry data displays and 3D computer model simulations while completing detailed event logs• Analyzed real-time Shuttle robotics or orbiter system failures as to their influence on robotic operations and flight planning• Integrated Canadian Space Agency Mobile Servicing System Reconfiguration files into a computer simulation to enable Space Station robotics mission design• Reduced Boeing high fidelity Space Station 3D CAD models using CoCreate modeling tools for use in the Robotics Planning System 3D simulation software• Enforced a rigorous quality assurance process on all robotics analysis products as dictated by the ISO9001 industry standards

• Developed ascent destruct criteria and ET/SRB impact point data products using Space Shuttle launch trajectory simulation software• Integrated data products among primary customers: NASA JSC, KSC, NASA Headquarters, and US Air Force 45th Space Wing at Cape Canaveral Air Force Station through the Range Safety Panel• Developed procedures for acquiring Space Shuttle telemetry data during launch for use in real-time ET impact prediction in support of the Flight Dynamics Officer • Successfully completed malfunction turn trajectory analysis for the ARES I-X launch vehicle• Performed extensive user testing of Range Safety Group’s software tools for a UNIX to LINUX re-host effort• Supported NASA contractor accountable functions and ensured ISO9001 compliance