National Aeronautics and Space Administration www.nasa.gov Marshall Space Flight Center Launching the Future of Exploration and Science Robert Lightfoot.

Slides:

Advertisements

Similar presentations

NASA, Space, and You.

Advertisements

Astrophysics /07 Technology Responsivity and Risk Mitigation Optimizing the Programmatic S/N Of Future Large Space Telescopes Dan Lester University.

National Aeronautics and Space Administration Presentation to the NASA Goddard Academy 2. Constellation Overview Ken Davidian Lead, Commercial.

NASA Mission Directorates. 0 NASA's mission is to pioneer future space exploration, scientific discovery, and aeronautics research. NASA’s Mission.

THE SPACE SHUTTLE. Shuttle Orbiter The Space Shuttle Primary objective is to improve access to space First flight was April 1981 with astronauts Young.

KENNEDY SPACE CENTER “REDEVELOPING FOR THE FUTURE” Jim Ball Deputy Manager Center Planning and Development Kennedy Space Center.

NASA AGENCY REPORT Dr. Eric J. Lindstrom Physical Oceanography Program Scientist Earth Science Division Science Mission Directorate MARCH 12, 2007.

National Aeronautics and Space Administration The Future of Space Exploration Orion, Ares and Beyond.... AIAA / NSC / JPL Town Hall Meeting 26 April 2007.

NASA_G_O_02_09_05.ppt 1 National Goals and Objectives National Goal To advance U.S. scientific, security, and economic interests through a robust space.

Propulsion Engineering Research Center NASA Technology Roadmap: Launch Propulsion Systems Robert J. Santoro The Propulsion Engineering Research Center.

National Aeronautics and Space Administration Centennial Challenges Program Space Technology Mission Directorate Cube Quest Challenge Lunar Derby and Deep.

Joel Yudai.  Mission is to pioneer the future in:  Space exploration.  Scientific discovery.  Aeronautics research.

9/2/2010Innovative and Successful Partnerships SummitPage 1 Johnson Space Center Johnson Space Center Capabilities and Partnerships Ellen Ochoa Deputy.

Created by Mr. Hemmert. Essential Question  What role did Alabama play in the Space Race?

The James Webb Space Telescope. Introduction The James Webb Space Telescope  The James Webb Space Telescope, also called Webb or JWST, is a large, space-based.

The Space Shuttle: A Look Back and A Look Ahead Aerospace Education Presentation Arlington Composite Squadron 16 November 2011.

NASA/NSTA Web Seminar: Living and Working in Space: Energy LIVE INTERACTIVE YOUR DESKTOP Thursday, February 1, :00 p.m. to 8:00 p.m. Eastern.

April Presentation by Spence Armstrong Senior Advisor to the Administrator NASA Headquarters April 2002 April

Space Exloration – Valuable or Not ? Atsushi Uchida and Haibin Ling MEI Dynamic Discussion.

What are some spinoffs that we benefit from on Earth? How has Alabama contributed to the space industry? What was the first manned mission on the moon?

Space Exploration: Should It Be Done? Nishith Patel.

Nuclear Power Fission and Radioisotope Presented to: Propulsion and Power Panel Aeronautics and Space Engineering Board National Research Council by Joseph.

NASA and The Moon. What Does NASA Do? NASA's mission is to pioneer the future in space exploration, scientific discovery and aeronautics research. To.

Comprehend the Historical Benefits of Exploration Comprehend the US Strategic Plan to Explore Space Comprehend the Current Costs of Exploring Space Comprehend.

Mars Exploration Directorate National Aeronautics and Space Administration Jet Propulsion Laboratory California Institute of Technology Pasadena, California.

1 Head of Russian Federal Space Agency ISS Program International Cooperation Paris, June 17, 2009.

A3 Altitude Test Facility

LIVE INTERACTIVE YOUR DESKTOP February 23, 2012 NES: Engineering Design Challenge: Spacecraft Structures Presented by: Jordan Snyder.

Space Exploration Timeline

NASA PREFERRED TECHNICAL STANDARDS PUBLISHED

Cutting the space shuttle budget: an end to an era Chelsea Pence.

NATIONAL AERONAUTICS & SPACE ADMINISTRATION (NASA)

Chapter IV Science and Technology. I. Federal Government’s Policy and Support 1.Federal investment in science and technology has played a critical role.

The Space Shuttle On January 5, 1972, President Nixon announced that NASA would proceed with the development of a reusable low cost space shuttle system.

5/9/02 1 Spaceport Vision Team Members Organizations that contributed: Federal Government DoD DoC DoT NASA State Government NCSS Industry University Detailed.

Marshall Space Flight Center Connecting with University Research Centers Michael Freeman, PhD

Space Exploration Boy Scout Presentation November 17, 2003 Amanda Kelly Shara Walenta Brad Steinfeldt.

03/11/021 Spaceport Vision Team Members. 03/11/022 Systems Definition Spaceport System Spaceport Stakeholder Needs High-Level Trade Study Performance.

Spacecraft: A vehicle or device designed for travel or operation outside earth’s atmosphere.

The Augustine Committee Review of Human Spaceflight Plans Committee Briefing to COMSTAC October 29, 2009 Review of US Human Space Flight Plans Committee.

Unit 6 Lesson 1 Explanation. In 2004, President Bush set the following goal for the NASA constellation program, “this vision… is a sustainable and affordable.

ST5 PDR June 19-20, 2001 NMP 2-1 EW M ILLENNIUM P ROGRA NNMM Program Overview Dr. Christopher Stevens Jet Propulsion Laboratory, California Institute of.

Human Exploration of Mars Design Reference Architecture 5

NASA’s Organization National Aeronautics and Space Administration.

National Aeronautics and Space Administration marshall Mr. Bobby Watkins, OSAC Director Huntsville Aerospace Marketing Association (HAMA)

Marshall Space Flight Center

CSRP NASA Workshop NASA’s Revised Budget. CSRP NASA Workshop NASA’s New Vision and Objectives (as of January 14, 2004)  VISION  The fundamental goal.

Redstone Written Phase

October, 2005 NASA’s Exploration Architecture. 2 A Bold Vision for Space Exploration  Complete the International Space Station  Safely fly the Space.

03/20/021 Spaceport Vision Team Members Organizations that contributed: Air Force NASA NCSS FAA Industry University Etc.

V - 1 V. System Technology for Large Space Telescopes Session Chair: Juan A. Roman.

Orbital Aggregation & Space Infrastructure Systems (OASIS) Background Develop robust and cost effective concepts in support of future space commercialization.

Marshall National Aeronautics and Space Administration Industry 4.0 : How the New Interaction Between Man and Machine in Smart Factories Will.

NASA Linking the Past to the Future Dr. Shannon W. Lucid NASA Chief Scientist.

11.3 The Exploration of Space and Technologies used for Space Exploration Human understanding of Earth and its place in the universe has evolved as technology.

SPACE EXPLORATION COS 8 Identify technological advances and other benefits of space exploration. Listing highlights of space exploration, including satellites,

Space Exploration Timeline By: Emily Landers  1900-The scientist Tsiolkolsky started testing rockets.  1914-The scientist Goddard patented.

LIVE INTERACTIVE YOUR DESKTOP March 2, 2011 NES: Engineering Design Challenge: Spacecraft Structures Presented by: Kristy Hill.

Early Days of the Space Program Space Technology and Early Space Missions.

LIVE INTERACTIVE YOUR DESKTOP October 17, 2011 Engineering Design Challenge: Spacecraft Structures Presented by: Kristy Hill.

Know how NASA plans and implements space missions Comprehend the essential components of a space mission Comprehend the selection and training of astronauts.

National Goals and Objectives

SPACE EXPLORATION COS 8 Identify technological advances and other benefits of space exploration. Listing highlights of space exploration, including satellites,

The Space Race How it all Began.

The Space Race How it all Began.

Unit D – Space Exploration

What technology is used to discover objects outside of Earth’s atmosphere? By: chloe de beaupré.

Space Technology and History

Vocabulary week 5-6 Space Exploration.

Deep Space Exploration Requires the best from all of us

Presentation transcript:

National Aeronautics and Space Administration Marshall Space Flight Center Launching the Future of Exploration and Science Robert Lightfoot Acting Director July 29, 2009

2 Marshall’s Continuing Role in Space Exploration Marshall makes significant contributions to each primary focus area. 2 Lifting Earth Lifting from Earth Living and Working In Space Understanding Our World and Beyond Understanding Our World and Beyond

3 Marshall Legacy – Lifting from Earth First manned flight– Redstone Rocket First manned flight– Redstone Rocket Redstone team launches Explorer I Redstone team launches Explorer I Apollo/SaturnApollo/Saturn Ares I & V Shuttle Block 1 engine, Block 2 engine, RSRM, Super Lightweight Tank Evolving Transportation Systems Development NGLT, 2GRLV, OSP, SLI, X-33, X-37, Fastrac, NLS, HLLV, Aerospike Evolving Transportation Systems Development NGLT, 2GRLV, OSP, SLI, X-33, X-37, Fastrac, NLS, HLLV, Aerospike

Marshall Legacy – Living and Working in Space Lunar Roving Vehicle SkylabSkylab Space Station US Pressurized Modules, Environmental Control and Life Support System, Window Observational Research Facility SpacelabSpacelab Human Space Flight Payload Development & Operations Microgravity Science Glovebox, Materials Science Research Rack, Multi-purpose Logistics Modules, EXPRESS Racks

Marshall Legacy – Understanding Our World and Beyond HubbleHubble ComptonCompton ChandraChandra Apollo Telescope Mount Spacelab Microgravity Experiments Lunar Precursor Robotics Program High Energy Astronomy Observatory Program Discovery & New Frontiers Programs New Horizons to Pluto SERVIR HIRAD Hinode

6 Marshall Capabilities Living & Working in Space Development and Integration of Large Complex Systems Lifting from Earth Development of Transportation and Propulsion Systems Understanding Our World and Beyond Development and Operations of Scientific Spacecraft and Instruments

7 Development of Transportation and Propulsion Systems Program and Project Management Systems Engineering and Integration Launch vehicle and in-space transportation systems Propulsion systems and components Propellant management and delivery systems Modeling and simulation Manufacturing processes and applied materials Fracture and failure analysis of complex metallic and non-metallic systems

8 Large Complex Systems Development and Integration Program and Project Management Systems Engineering and Integration Advanced regenerative ECLSS Advanced concepts and architectures, costing and modeling Large space structures development, integration and testing Technology maturation and development

Development and Operations of Scientific Spacecraft and Instruments 9 Scientific spacecraft and instrument development, integration, test and operation Earth science, environmental monitoring, weather prediction High energy astrophysics and sun/earth systems research and experimentation Analytical cargo/payload systems integration and operation Large optics research, development, calibration and test In-space propellant, propulsion and surface power systems Automated rendezvous and capture systems

Full Life Cycle Capabilities Marshall’s capabilities span the full range of the systems engineering life cycle. Marshall’s unique infrastructure and extensive program and project management experience enable integrated development.

Industrial Base Key part of a larger local, national, and international industrial base History of sharing capabilities through partnerships with industry 70+ Space Act Agreements 11

National Aeronautics and Space Administration Closing Perspective

National Aeronautics and Space Administration Questions?

14