Kennedy Space Center Spaceport Engineering and Technology.

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Presentation transcript:

Kennedy Space Center Spaceport Engineering and Technology

Agenda Mr. Ken Payne, Acting Director, KSC Spaceport Engineering and Technology –Spaceport of Today –Kennedy Space Center Mission Center of Excellence Guiding Principles –– Spaceport of Tomorrow –Spaceport Technology Center (STC) Initiative Spaceport Engineering and Technology Directorate Vision and Mission STC Lines of Business and Product/Service Lines Dr. Dave Bartine, KSC Chief Technologist –Example current KSC technology activities –Example success stories

Kennedy Space Center LC-39

Today Future Mission Space Launch Operations Spaceport and Range Technologies Center of Excellence Launch & Payload Processing Systems Guiding Principles Safety & Health First Build Reliance & Teamwork Everywhere Satisfy Our Customers Needs Anytime, Anywhere Environmental Leadership Kennedy Space Center

Vision: SE&T team: Building the premier science and engineering organization in the space industry We accomplish this vision by satisfying one customer at a time Spaceport Engineering and Technology

Mission: SE&T develops advanced spaceport technologies and systems that enable safer, lower cost of access to space and extended human space exploration using innovative and integrated science and engineering techniques We accomplish this mission in partnership with other KSC organizations, NASA centers, government agencies, industry and academia Spaceport Engineering and Technology

Cape Canaveral Spaceport of the Future

Technology improves Operations Operations knowledge enables technology development Strong Spaceport Technology Base As part of our Center of Excellence in Launch and Payload Processing Systems, KSC is evolving Toward a Spaceport Technology Center in support of NASA’s Vision

Spaceport Engineering and Technology Directorate Safety & Mission Assurance Project Assessment Office Business Office Spaceport Technology Projects Management Office Engineering & Science Division Spaceport Technology Development Office Technology Programs & Commercialization Office Systems & Process Engineering Branch Fluids, Mechanical & Structures Branch Electrical & Electronic Systems Branch Instrumentation Branch Biological Sciences Branch Computational Sciences Branch Labs & Testbeds Division Physical Test & Analysis Branch Testbeds & Development Branch Data & Electronic Systems Branch Biological & Chemical Test & Analysis Branch Advanced Space Transportation Projects Spaceport Technology Projects Space Shuttle & Space Station Project Management Office Checkout and Launch Control System Project Management Office Spaceport Engineering and Technology Directorate

Provide safe, cost-effective space access and contribute to extended human space exploration by satisfying current and future KSC customers Launch Vehicle Processing Systems Launch and Range Systems Extra-Terrestrial Spaceport Support Systems Landing and Recovery Systems Payload and Payload Carrier Processing Systems Command, Control, and Monitoring Technologies Process Engineering Spaceport Structures and Materials Fluid System Technologies Biological Sciences Vehicle and Payload Processing Technology Core Competency Launch and Range Technology Core Competency Science Core Competency RLV ServicesELV Services ISS/Payload Services Objectives Spaceport Technology Center External Lines of Business & Product/Service Lines Spaceport Technology and Science Development Initiatives Spaceport Design and Systems Development Spaceport Operations Range Technologies Tech Readiness Level Requirements (Tech Pull) (Tech Push)

Spaceport Technology Development Initiative Fluid Systems Technologies Umbilical Systems Test Stand Cryogenic Technology Testbed Smart/Automated Umbilical Development Cryogenic Storage, Distribution, and Servicing Systems Current Activities

Spaceport Technology Development Initiative Spaceport Structures and Materials Launch structures and Mechanisms Materials Science and Technology Corrosion Science and Technology Electromagnetic Physics Nondestructive Evaluation Technology

Spaceport Technology Development Initiative Process Engineering Process Simulation Modeling: Spaceport Systems Processing Model Human Factors Engineering: Orbiter Dome Heat Shield Task Analysis Work Methods and Measurement: Advanced Work Instruction Systems Advanced Training and Procedure Systems: Body Wearable Computers Current Activities

Spaceport Technology Development Initiative Range Technologies Space Based Range Digital Command Receiver Decoder - FTS Low Power TDRSS Transceiver Spaceport (Ground Based) Range Systems Weather Instrumentation and Systems Autonomous Flight Safety Passive Coherent Location Decision Models and Simulation Range Information Systems Management Current Activities

Spaceport Technology Development Initiative Command, Control & Monitoring Technologies Checkout and Launch Control System Informed Maintenance: Integrated Vehicle Health Monitoring Current Activities

Spaceport Technology Development Initiative Biological Sciences Current Activities

Success Stories Active Particle Fallout Monitor Developed to replace CFCs and other solvents during precision cleaning & cleanliness verification of Shuttle mechanical-electrical components Currently licensed to both Va-Tran Systems and Preferred Engineering Personal Cabin Pressure Altitude Monitor & Warning System Gas-Liquid Supersonic Cleaning and Cleaning Verification Spray System Working prototype developed in support of Shuttle for KSC Cleanroom Monitoring and further developed by KSC and Dual Use partner. Currently licensed to Aerospace Engineering Group of IDEA, LLC The monitor was conceived to give Space Shuttle and Space Station crew members added independent protection from "an incipient depressurization event," Licensees are anticipated shortly.

Success Stories (cont.) Ligno Sulfonic Acid Doped Polyaniline (Ligno-Pani) Developed by University of Arkansas under contract to KSC as an electrostatic coating for clothing. Licensed to GeoTech Chemical Company to be incorporated into their commercial product “Catize” for corrosion protection. Ligno-Pani ® Developed to improve the efficiency of non-intrusive cable testing for the Shuttle. Licensed to Cyrospace Technologies Corporation. Cyroscan-2000 Non-Intrusive Cable Scanner Vision Spaceport Strategic Planning Tool v1(Oct 2000)  Models design influences on space launch infrastrusture and operations  Life cycle cost and throughput performance

The United States The Earth The Solar System And the Universe Advanced Spaceport Technologies will benefit current and future spaceports on the earth, moon, Mars, and beyond

Backup

Provide safe, cost-effective space access and contribute to extended human space exploration by satisfying current and future KSC customers Launch Vehicle Processing Systems Launch and Range Systems Extra-Terrestrial Spaceport Support Systems Landing and Recovery Systems Payload and Payload Carrier Processing Systems Command, Control, & Monitoring Tech Spaceport Design and Systems Development Spaceport Technology and Science Spaceport Operations Process Engineering Spaceport Structures and Materials Fluid System Technologies Biological Sciences Payload Packaging and Integration Systems Payload Transportation Checkout Systems Runway Infrastructure Servicing/Interface Equipment Recovery Equipment Launch, Landing and Operations Decision Modeling and Simulation Weather Forecasting Sys Tracking & Comm Sys Spaceport Infrastructure Space Resource Utilization Biological Systems for Extended Human Missions Launch Structures and Mechanisms Materials Science & Tech Corrosion Science & Tech Electromagnetic Physics Nondestructive Eval Tech Human Factors Eng Simulation Modeling, Process & Ops Analysis Life Cycle & Risk System Assessment Work Methods/Measmt Scheduling & Capacity Analysis Systems Autonomous/Intelligent Control Systems Spaceport/Space System Health Mgmt Sensors & Instrumentation Bioregenerative Life Support Fundamental Biology Spaceport Ecosystem Assessment Requirements (Tech Pull) (Tech Push) Tech Readiness Level Vehicle and Payload Processing Technology Core Competency Launch and Range Technology Core Competency RLV ServicesELV Services ISS/Payload Services Objectives STC External Lines of Business & Product/Service Lines ELV and advanced RLV grnd sys Storage and Distribution Technologies Production, Recovery, and Disposal Technologies Vehicle Interface Systems Fluid Safety Technologies Ground Systems, including:  Servicing/Interface/Integ/ Assembly Equipment  Launch Assist Sys and Pad Infrastructure  Transportation Systems  Checkout Systems Space Shuttle Processing Shuttle Upgrade Design Inputs New RLV Design Inputs Lead Center for Acquisition and Mgmt of ELV Launch Services New ELV Design Inputs Lead Center for Payload Carriers and Support ISS/Payload Processing and Integrated Testing New Payload Design Inputs Range Technologies Weather Instrumentation Space-Based Range Ground-Based Range Systems Decision Models and Simulations Range Information Systems Mgmt Spaceport Science Core Competency