Gregory Wong Email & Phone Number

Huntsville, Al, Us

Huntsville, Alabama Area

Jacobs Technology Inc. / Engineering and Science Services and Skills Augmentation (ESSSA)•SPIE ELSE Payload Integration April 2019 to Present Spacecraft Payload Integration & Evolution (SPIE) Element Lead Systems Engineer (ELSE) Payload Integration: Provide systems engineering support to SLS payload integration process, maintain cognizance of mission support baseline capabilities, support mission integration activities and mission compatibility assessments.•SLS Orbital Debris / Planetary Protection Systems Engineer October 2018 to Present SLS Orbital Debris and Planetary Protection Systems Engineer for Artemis I mission. Coordinate with NASA Orbital Debris Office (DPO), Office of Planetary Protection (OPP), ESD, Orion, and Secondary Payload representatives for Artemis I mission. Ensure the mission teams have provided information to be compliant with applicable NASA regulations & guidance•SLS Block 1B EUS-to-Payload Interfaces December 2016 to October 2018 ICD developer and Responsible Engineer for the Space Launch System (SLS) Block 1B Exploration Upper Stage (EUS)-to-Integrated Space & Payload Element (ISPE) Interface Control Document (ICD) that defines Block 1B baseline interfaces to future missions.

Denver, Colorado

Managed interfaces between ULA Vulcan engineering team and the USG Certification teams. Ensure data collaboration was compliant with all USG security guidance and Federal Trade Commission regulations.• Recognized company expert in USG security and company proprietary Information Protection (IP)• Established and deployed information protection/data sharing guidelines to USG Teams and ULA engineers• Developed support systems engineering practices, refined data protection/data sharing guidance. • Hosted numerous briefings and workshops to senior USG customers on ULA data sharing guidelines and restrictions

Centennial Colorado

Managed organization responsible for integration between spacecraft and launch vehicle system, Flight Planning & Operations, interface requirements management & execution, lower-level or derived requirements implementation. Matured and enhanced our integration processes ensuring clear communication and data exchange in support of 100% Mission Success. Championed numerous internal and external activities to standardize our processes across heritage Delta & Atlas product-lines and to reduce integration costs while maintaining USG customer satisfaction• Established Enterprise-wide consistent, repeatable, and cost-effective interface requirements management processes and tools with 100% Mission Success including requirement flow down/allocation, lower-level (derived) requirements, system engineering plans, launch site procedures, and readiness reviews• Demonstrated compliance and equivalency of ULA payload integration Design, Analysis, and Verification Processes to corresponding customer standards (Air Force, NASA, NRO, and commercial) • Developed and implemented integrated schedule management and mission requirements processes that was successfully applied across all product lines, customers, and missions enabling timely and successful launches while reducing spans between consecutive launches• Deployed consistent baseline scope, budget, and schedule baseline estimates & processes scalable to customer-unique requirements• Led the consolidation of personnel assignments and charters that allowed traditional 3-person to a single person responsible for mission cost, schedule, programmatic, and technical charters resulting in an organizational reduction of greater than 50% personnel and managers.• Initiated an informal knowledge sharing system for New College Graduates, ultimately maturing to an Enterprise-wide award-winning forum

Denver, Colorado / San Diego, California

Mission lead ensuring the technical compatibility of the spacecraft to Atlas launch vehicle system. Managed spacecraft interfaces and the interface requirements management process. Coordinated with all engineering and operational disciplines to ensure end-to-end compatibility. Standardized and expanded interface definitions to ensure clear understanding of spacecraft objectives versus drafted interface requirements. • Integrated and launched three missions for NRO customers (AC-160, AC-164, & AC-206)• Developed and deployed enhanced security / information protection strategies to comply with customer requirements• Responsible for mission team budget estimate, technical scope compatibility, cost, schedule, and performance.• Implemented enhanced interface requirements for Nuclear Safety and planetary missions with Radioisotope thermoelectric generators (RTG)• Enhanced integration processes to enable auxiliary payload applications and objectives• Mentored other mission teams supporting Air Force, NASA, NRO, and commercial customers

Denver Colorado

Mentored and trained the team of engineers performing analyses for the Atlas missions. Responsible for technical accuracy and timeliness of the Trajectory & Performance, Guidance, Mass Properties, and Flight Safety. Responsible for team cost, schedule, and performance. Led development of functional analyses documentation and procedures. Functional subject matter expert in trajectory optimization software. Acting Functional Manager when manager was on special assignments.• Recognized company expert in trajectory optimization and mission design• Developed innovative mission designs that supported spacecraft mission delivery with smaller less expensive launch vehicles • Implemented innovative guidance software and sequencing for mission designs that allowed the launch vehicle to utilize new mission profiles that are still utilized today• Established strategies and analysis processes for auxiliary payloads• Standardized the vehicle dispersed trajectory analyses that characterized the vehicle flight limits that supported flight safety, vehicle tracking, tracking asset deployment, and spacecraft acquisition strategies & operations• Established the Atlas telemetry-derived trajectory / vehicle health monitoring database at Onizuka/OD and Schriever AFB / NOPS• Industry expert in flight hazard modelling, analyses, risk assessments, creating new methodologies• Mentored developing engineers, developed engineering job aides/templates that are still being utilized today

Bachelor Of Aerospace Engineering And Mechanics, Emphasis In Structural Dynamics, 3.7

Pre-Engineering, 3.6