Rick Christian Email and Phone Number

-Supported Commercial Crew Engineering Review Boards, focusing on risk monitoring and reporting for SpaceX Crew Dragon and Falcon9 operations, communicating risk assessments-Developed and managed weekly schedules for group meetings to optimize coverage and enhance team efficiency-Integrated stakeholder feedback and post-mission lessons learned to drive continuous improvements in mission execution and performance-Prepared and delivered presentations to the Transportation Integration Control Board, facilitating informed management decision-making and strategic planning-Certified ON IMC console operator for SpaceX Crew Dragon missions

-Coordinated and tracked verification of evolving stakeholder requirements, ensuring that all specifications were met accurately and efficiently-Managed the evaluation of vehicle hardware change packages, collaborating with engineering teams to assess impacts and implement modifications-Oversaw the detailed tracking of verification events and verification change notices, maintaining adherence to schedule timeline and project deliverables-Delivered detailed requirement verification presentations to NASA management during Post Quarterly Reviews, effectively communicating project status and key outcomes-Developed and conducted comprehensive training program for new employees, enhancing their understanding of role-specific responsibilities and integrating them into the team

-Performed system requirements reviews with subject matter technical experts ensuring written requirements referenced correct performance data/dimensions/capabilities for hardware components-Utilized SharePoint (document management system) for tracking product delivery dates, peer comments, and product delivery schedules, managing document change requests following quality control processes-Developed use case scenarios for nominal and contingency system performance-Allocated subsystem requirements to individual assemblies maintaining separation of subsystem functionalities

-Spearheaded the design of subsea systems and tools for client operations, which included developing bid proposals, and providing labor, time, and material budget estimates-Executed materials analysis, developed operations and factory acceptance testing procedures and job safety hazard analyses, and conducted hardware testing to ensure optimal design, performance, and reliability-Designed and manufactured critical subsea equipment such as control panels, electro-mechanical hydraulic vehicle skids, water sampling tools, inclinometers, static pressure vessels, and hydraulic manifolds, gauges, and valves-Facilitated cross-functional team meetings with management, drafters, technicians, clients, and logistics departments, maintaining a focus on safety and adherence to project schedules-Designed and modified 3D-CAD models and drawings utilizing SolidWorks for system and subsystem components, ensuring technical precision and ease of manufacturability-Maintained project documentation within configuration-controlled libraries, ensuring integrity and accessibility

-Led a team of engineers in the successful execution of a software assurance contract, ensuring high standards of software quality and compliance with contractual obligations-Actively supported contractor design reviews, contributing to software requirements modifications and enhancements based on project needs and client feedback-Assessed the quality of software artifact documents, ensuring that all documentation met required software standards-Managed contract cost and schedule, effectively delivering the end-of-contract report documenting outcome, challenges, and recommendations for future projects-Supported the NASA Independent Verification & Validation Center, providing assurance mission-critical software operated safely and reliably under various operational conditions

-Implemented resolution and corrective action procedures for ISS system failures, enhancing system operational safety and reliability-Negotiated hardware unit replacement schedules with international partners, coordinating logistics and timelines to ensure seamless integration and minimal disruption to ISS operations-Presented safety analysis results to the NASA safety review board, effectively communicating critical safety information and ensuring compliance with stringent safety standards

Developed and generated 3D-CAD models for Shuttle, ISS, and payload hardware, creating detailed 3D workscenes for mission planning and analysis.Conducted Clearance Analyses to ensure safe and efficient Shuttle and International Space Station operations.Delivered critical Shuttle Flight Software loads, contributing to successful mission execution.Supported crew procedure development by providing comprehensive analytical support, enhancing operational safety and efficiency.Performed structural loads analyses on the Shuttle PDRS (Payload Deployment and Retrieval System), comparing screening results against established load limits to ensure structural integrity.Assessed the accuracy and quality of 3D-CAD models against actual flight hardware to guarantee model fidelity and reliability.Managed the Robotics Production Facility's workstations as System Administrator, overseeing system operations and maintenance to ensure continuous functionality.Presented detailed mission designs and analyses to NASA review boards, ensuring compliance with mission requirements and contributing to the broader mission strategy.

-Provided robust support for Windows-based personal computers, ensuring system reliability and user satisfaction throughout the organization-Developed and installed client workstation software loads, tailoring configurations to meet specific operational requirements and enhance employee productivity-Managed user network accounts, handling setup, maintenance, and security measures to ensure secure and seamless access to network resources

-Provided Help Desk support and troubleshooting for Windows-based personal computers, enhancing system reliability and resolving user issues efficiently-Developed and installed software loads for client workstations, customizing systems to meet the specific needs of various departments and improving user experience-Managed user network accounts, including setup, maintenance, and security, ensuring secure and continuous access to network resources across the organization

-Developed 3D-CAD models for Shuttle, ISS, and payload hardware, creating detailed work scenes for ISS mission planning and analysis and crew procedure development-Conducted payload deployment clearance analyses to ensure safe and efficient ISS operations-Delivered critical Shuttle flight software loads, contributing to successful mission execution-Performed structural loads analyses on the Shuttle robotic arm analyzing load limits for structural integrity-Assessed CAD model accuracy against flight hardware to guarantee model fidelity-Managed the Robotics Production Facility workstations as System Administrator, ensuring continuous functionality

Engineered precise shuttle trajectory designs for various missions, focusing on payload deployment and spacecraft rendezvous, which enhanced mission success and maximized resource efficiency.Conducted in-depth analyses of flight products, assessing landing site options, orbital lighting timelines, mission sequences, and position and orientation state vectors to optimize mission planning.Earned certification as a Mission Control Center (MCC) Flight Controller in MPSR Profile Support, bolstering mission safety and effectiveness with proactive real-time support.Collaborated with satellite customers to tailor and integrate payload requirements, ensuring alignment between mission goals and customer specifications.Delivered detailed mission designs and analysis to NASA review boards, articulating essential mission parameters and securing critical approvals.