Tanner Morgan Email & Phone Number

Houston, Tx, Us

Houston, Texas, Us

Newcastle Upon Tyne, Gb

In my previous role I served as a Product Performance Engineer for the Well & Flow Control division of TechnipFMC.Some of my duties and accomplishments include:Proactively monitored product performance trends and identified product improvements and new product development opportunities of Well & Flow Control products, including Subsea Wellheads, Manifolds, Connectors, Valves, Chokes, and Distribution Systems.Lead service notification review boards and failure investigations for offshore events of client portfolios including Shell, BP, Exxon, Oxy, and other major operators resulting in the identification, execution and implementation of corrective actions and product improvements.Lead problem solving to improve underperforming products through the full value stream of our Well & Flow Control Products (design, supply chain, manufacturing, installation and life of field operations)Evaluated value proposition and made business justification based on business priorities for investment, as well as reported priority, return on investment, classification, and any other characteristics of proposed product improvements to engineering and technical management.Collaborated and networked globally with peers, technical experts and Technical Authorities on performance-based issues, product improvements and operational learnings while developing creative solutions to cross-organizational, complex and obstacle ridden problems, to bring full lifecycle stability for our products.

Arlington, Va, Us

In my previous role I served as a console certified Structures & Mechanisms (S&M) Subject Matter Expert (SME) in NASA's Mission Evaluation Room (MER) for real-time mission and operations support.Some of my major duties include:Tracking ISS missions' performance and trends to report on S&M subsystem health. Analyzing existing hardware/software frameworks, proposing infrastructure upgrades, and actively contributing to system integrations. Building/testing simulations, modeling structures, and performing physical examinations.A section of my key successes in this role include:Contributed to the success of ISS missions by delivering mechanical expertise in pre/post-flight functions, including flight mission planning and vehicle operations management.Designed, analyzed, and tested new hardware systems for space station resulting in decreased crew time and personnel for specific on-orbit operations by up to 50%.Supported ISS boards, panels, and working groups with presentations of evaluations on hardware system requirements/certification; partook in simulations and hardware planning to ensure mission success.Provided 400+ hours on-console real-time support for on-orbit missions; investigated and rectified 20+ on-orbit subsystem failures and anomalies by repairing defective hardware components on projects worth up to $3,000,000.Sustained seven IVA/EVA Boeing ISS subsystems and operations, including USOS Racks/Closeout structure, Treadmill 2 (VIS), Robotic Arm (FRAM, RPCM, B-ORU), Mobile Transporter (MT), Docking Systems (IDA), Solar Arrays (RTAP), and Quiescent Ops.

Reston, Va, Us

During my time here as a safety engineer, I was entrusted with carrying out engineering assessments on the International Space Station (ISS), ISS visiting vehicles, and ISS payloads/cargos. It is worth mentioning that I enhanced clarity of missions by identifying and mitigating hazards, reviewing flight documents, operational scenarios, and subsequent changes for safety impacts. Furthermore, I facilitated ISS Safety Review Panel (ISRP) evaluations.Below listed are some of my accomplishments within this role:Enhanced productivity and provided vital structure by increasing ISS H/W suppliers' awareness of NASA ISS Safety and Mission Assurance (S&MA) and ensuring compliance with processes and standards.Played a crucial role as backup Safety Panel Engineer (SPE) lead of the Joint American/Russian Safety Working Group (JARSWG) for ISS payload/cargo safety cooperatives between NASA and the Russian Space Agency at weekly JARSWG telecoms.Dramatically increased efficiency for 50+ different ISS payload and systems projects worth up to $2,000,000 by delivering expertise as lead Safety Panel Engineer (SPE).Served as Flight Safety Payload Cargo lead on six ISS visiting vehicle flights, including 59 Soyuz Return, 62 Soyuz, 62 Soyuz Return, SpaceX Crew Dragon 1, Cygnus Northrop Grumman 15, and SpaceX 24.Actively contributed to developing a dynamic and productive environment by heading major internal projects, including curating the Safety Panel Engineer Handbook, formulating the ISS Safety Review Panel Training Videos, and developing the 1298 Standard Hazard Report.

Early in my professional career, I was engaged in designing and validating radar speed sign enclosures. I cooperated with a dynamic team of eight members in developing structures, locking, latching, sealing, Computer-Aided Design (CAD), and drawings. Moreover, I exercised detailed analysis and judgment through experience in plasma and water-jet cutting, Tungsten Inert Gas (TIG) welding, metal working, and 3D printing.Some of my accomplishments in this role are:Saved organizational resources by executing a sealed hinge mechanism resulting in reduced production costs and assembly time by 20%; and part counts, and fasteners by 30%Enhanced operational effectiveness for project management with appropriate job assignment, allocation, and compliance control.