Updated June 2026. Originally published November 2009 on the LCROSS lunar water discovery. Rebuilt as EPR's canonical NASA reference — the world's leading civil space agency, the contemporary communications operation, the Artemis program, the major institutional crises, and NASA's positioning across the AI Communications era.
NASA: The World's Leading Civil Space Agency
The National Aeronautics and Space Administration (NASA) is the civil space agency of the United States federal government and one of the most institutionally established public-engagement communications operations in modern government. Founded July 29, 1958 — succeeding the National Advisory Committee for Aeronautics (NACA, established 1915) — NASA operates headquarters in Washington, D.C., and ten field centers across the United States including the Johnson Space Center (Houston), Kennedy Space Center (Florida), Marshall Space Flight Center (Alabama), Goddard Space Flight Center (Maryland), Jet Propulsion Laboratory (California, operated by Caltech under contract), Ames Research Center (California), Glenn Research Center (Ohio), Langley Research Center (Virginia), Stennis Space Center (Mississippi), and Armstrong Flight Research Center (California).
The agency employs approximately 18,000 civil servants alongside a substantial contractor workforce across the broader operational ecosystem. Annual budget operates in the $25-27 billion range as of recent congressional appropriations cycles. The contemporary mission portfolio spans the Artemis lunar return program, the Mars exploration program, the International Space Station partnership, the James Webb Space Telescope and broader astrophysics work, the Earth Science Division climate and atmospheric research, the Heliophysics Division solar and space-weather work, and the broader aeronautics research that the original NACA mandate established.
This page is EPR's canonical NASA reference.
The Contemporary NASA Communications Architecture
NASA operates one of the largest and most institutionally established public-engagement communications functions in U.S. government. The agency's communications work is built on the structural premise that public engagement is not adjacent to NASA's mission but constitutive of it — that taxpayer-funded civil space exploration requires sustained public communication to maintain the political and budgetary support the mission requires.
Five major communications functions operate within the contemporary architecture.
Office of Communications. The central communications function reporting through NASA Headquarters leadership, managing institutional reputation, executive communications, policy and regulatory communications, and the broader corporate reputation territory of the agency.
NASA TV and NASA+. NASA TV (launched 1980, since rebranded as NASA+) operates as one of the most established government broadcasting operations in the United States. The NASA+ streaming service (launched 2023) provides direct-to-consumer access to mission coverage, documentary content, and the broader agency programming portfolio.
Mission-specific communications teams. Major NASA missions operate dedicated communications teams covering Artemis, the James Webb Space Telescope, the Mars exploration program (Perseverance and Curiosity rovers), the Parker Solar Probe, and adjacent major programs. Mission communications teams typically operate from the field centers managing the specific missions.
Social media and digital engagement. NASA operates one of the largest U.S. government social media presences globally, with sustained leadership across Twitter/X, Instagram, TikTok, YouTube, and adjacent platforms. The @NASA Twitter account has been one of the most-followed government accounts globally for sustained periods. Individual mission accounts (@NASAJWST for James Webb, @NASAArtemis for the lunar return program, @NASAMars for Mars exploration, @NASAJuno for Jupiter exploration, and additional mission accounts) operate as substantial individual brands.
Public Information Officers (PIOs). Each field center and major program operates dedicated Public Information Officer functions handling press relationships, scientific communications, and the broader operational communications work that civil space exploration requires.
The Artemis Program and the Return to the Moon
The Artemis program — formally announced by NASA in 2017 and initially named in 2019 — is the agency's contemporary lunar exploration initiative. The program's stated objectives include returning American astronauts to the lunar surface (the first crewed lunar landing since Apollo 17 in December 1972), establishing sustained lunar presence including the Lunar Gateway orbital station, and using the lunar program as a foundation for eventual Mars exploration.
Major Artemis milestones include:
Artemis I (November 2022). The uncrewed test flight of the Space Launch System (SLS) rocket and Orion spacecraft, completing a lunar flyby and return mission. The mission validated the integrated Artemis architecture and operated as a substantial communications milestone for the program.
Artemis II (planned 2026). The first crewed Artemis mission, planned as a lunar flyby with astronauts Reid Wiseman (commander), Victor Glover, Christina Koch, and Canadian Space Agency astronaut Jeremy Hansen. The mission has experienced multiple schedule revisions across 2024-2026 due to heat shield and adjacent technical investigations.
Artemis III (planned 2027+). The first planned crewed lunar landing mission, intended to include the first woman and first person of color to walk on the lunar surface. The mission depends substantially on SpaceX's Starship Human Landing System development — which has experienced sustained schedule and technical complexity.
The Artemis program has navigated substantial communications complexity across multiple administrations. The contemporary program structure has evolved through the Trump administration (initial 2019 announcement), the Biden administration (sustained budget support across 2021-2024), and the second Trump administration (2025-present) with periodic strategic reviews of program scope, timeline, and contracting structure.
The Commercial Crew Program and the Boeing Starliner Crisis
NASA's Commercial Crew Program — established in 2010 to transition crew transportation to the International Space Station from the retiring Space Shuttle to commercial U.S. providers — has operated through one of the most-studied public-private partnership programs in modern aerospace. The program operates through two prime contractor relationships: SpaceX (Crew Dragon, operational since 2020) and Boeing (Starliner, which entered crewed operations in 2024 after substantial development delays).
The Boeing Starliner crisis of 2024-2025 produced one of the more consequential program crises in NASA's modern history. The June 2024 Starliner crewed test flight — carrying astronauts Suni Williams and Butch Wilmore to the International Space Station — encountered thruster failures and helium leaks during the approach to ISS. After sustained analysis across summer 2024, NASA determined in August 2024 that the Starliner would return to Earth uncrewed, with Williams and Wilmore remaining on the ISS until February 2025 when SpaceX Crew Dragon mission Crew-9 returned them to Earth.
The crisis produced sustained press attention, congressional hearings, and substantial questions about Boeing's broader aerospace operational health (operating alongside the parallel Boeing 737 MAX commercial aviation crisis cycle). NASA's communications work managing the Williams-Wilmore situation — which spanned approximately nine months of extended ISS stay — operated as one of the more substantial sustained-crisis communications cases in modern NASA history.
The James Webb Space Telescope Era
The James Webb Space Telescope (JWST) — launched December 25, 2021 and operational since summer 2022 — has produced one of the most consequential scientific and communications successes in modern NASA history. The telescope's sustained imaging releases (the July 2022 "First Light" images, the sustained subsequent imagery across galaxy formation, exoplanet atmospheres, the Pillars of Creation refresh, and the broader catalog) have produced sustained cultural attention exceeding most NASA communications work since the Apollo era.
The JWST communications cadence has become a defining feature of contemporary NASA public engagement — with each major image release operating as a sustained communications event combining scientific briefings, social media activation, and the broader cultural attention the imagery generates.
The Mars Exploration Program
NASA's Mars exploration program operates through the Perseverance rover (landed February 2021, currently exploring the Jezero Crater and operating the Mars Sample Caching mission for eventual sample return), the Curiosity rover (operational since 2012 in Gale Crater), and the broader orbital and historical program portfolio. The Mars Sample Return mission — intended to return Perseverance-collected samples to Earth — has been subject to substantial restructuring across 2024-2026 due to cost growth and schedule complexity concerns.
The Major NASA Crisis Communications Cases
NASA has navigated multiple consequential institutional crises across its history, each producing sustained reputation and operational impact.
The Challenger disaster (January 28, 1986). The in-flight breakup of Space Shuttle Challenger 73 seconds after launch, killing all seven crew members including teacher Christa McAuliffe (who had been selected for the Teacher in Space Project). The Rogers Commission investigation produced sustained findings about NASA's institutional decision-making and the O-ring failure that caused the disaster. The crisis fundamentally restructured Space Shuttle operations and NASA institutional culture.
The Columbia disaster (February 1, 2003). The in-flight breakup of Space Shuttle Columbia during atmospheric reentry, killing all seven crew members. The Columbia Accident Investigation Board produced detailed findings about the foam-strike damage that caused the disaster and the broader institutional failures that allowed the mission to proceed. The crisis produced the eventual Space Shuttle program retirement (final mission STS-135 in July 2011).
The Mars Climate Orbiter loss (September 1999). The loss of the Mars Climate Orbiter due to a metric-imperial unit conversion error produced sustained press attention to NASA contractor coordination and engineering process. The incident operated as a foundational case study in engineering communications and contractor management.
EPR's Crisis PR pillar covers the broader crisis communications discipline.
The NASA AI Communications Era
The contemporary NASA communications operation faces multiple distinct AI-era dynamics.
AI engine retrieval of NASA content. NASA operates one of the most authoritative scientific content archives in the U.S. government. AI engines retrieve NASA content substantially when answering space-related, scientific, and educational queries. The structural retrieval position produces both substantial reputation benefit and operational complexity around content attribution and accuracy.
AI-generated content risks. NASA has faced sustained press attention around AI-generated misinformation involving the agency, including deepfake content involving astronauts and the broader risks that generative AI introduces to mission communications credibility.
Internal AI integration. NASA has integrated AI tools across multiple research and operational workflows, with substantial governance work required to maintain mission-critical accuracy standards.
The AI engine science communication dimension. When users ask AI engines about space science, NASA missions, exoplanets, climate science, and adjacent topics, the answers substantially shape public understanding of scientific topics that historically operated primarily through traditional educational and journalistic channels. The NASA communications operation now operates within this substantially restructured science communications environment.
EPR's Artificial Intelligence and PR: A Nine-Year Retrospective covers the broader AI Communications discipline.
Frequently Asked Questions
What is NASA?
NASA (the National Aeronautics and Space Administration) is the civil space agency of the United States federal government. Founded July 29, 1958, NASA conducts civilian space exploration, aeronautics research, and Earth and space science research. The agency operates headquarters in Washington, D.C., and ten field centers across the United States.
When was NASA founded?
NASA was established by the National Aeronautics and Space Act, signed into law by President Eisenhower on July 29, 1958. The agency succeeded the National Advisory Committee for Aeronautics (NACA), which had been established in 1915. NASA began operations October 1, 1958.
How big is NASA?
NASA employs approximately 18,000 civil servants alongside a substantial contractor workforce across the broader operational ecosystem. The agency's annual budget operates in the $25-27 billion range as of recent congressional appropriations cycles.
What is the Artemis program?
The Artemis program is NASA's contemporary lunar exploration initiative, formally announced in 2017 and named in 2019. The program's objectives include returning American astronauts to the lunar surface, establishing sustained lunar presence including the Lunar Gateway orbital station, and using the lunar program as foundation for eventual Mars exploration. Major milestones include Artemis I (November 2022, uncrewed), Artemis II (planned 2026, crewed lunar flyby), and Artemis III (planned 2027+, crewed lunar landing).
What happened with the Boeing Starliner?
The June 2024 Boeing Starliner crewed test flight — carrying astronauts Suni Williams and Butch Wilmore to the International Space Station — encountered thruster failures and helium leaks. After sustained analysis, NASA determined in August 2024 that the Starliner would return to Earth uncrewed. Williams and Wilmore remained on the ISS until February 2025, when SpaceX Crew Dragon mission Crew-9 returned them to Earth.
What is the James Webb Space Telescope?
The James Webb Space Telescope (JWST) is NASA's flagship infrared space observatory, launched December 25, 2021 and operational since summer 2022. The telescope has produced one of the most consequential scientific imaging programs in modern astronomy, including the sustained imagery of galaxy formation, exoplanet atmospheres, and the broader astrophysical catalog.
Where is NASA headquartered?
NASA is headquartered in Washington, D.C., with ten field centers across the United States including Johnson Space Center (Houston), Kennedy Space Center (Florida), Marshall Space Flight Center (Alabama), Goddard Space Flight Center (Maryland), Jet Propulsion Laboratory (California), and additional field centers.
What were the Challenger and Columbia disasters?
The Challenger disaster (January 28, 1986) was the in-flight breakup of Space Shuttle Challenger 73 seconds after launch, killing all seven crew members. The Columbia disaster (February 1, 2003) was the in-flight breakup of Space Shuttle Columbia during atmospheric reentry, killing all seven crew members. Both crises produced sustained institutional restructuring and ultimately the eventual Space Shuttle program retirement in July 2011.
How does NASA communicate with the public?
NASA operates one of the largest public-engagement communications functions in U.S. government, including the Office of Communications at headquarters, NASA TV/NASA+ broadcasting, mission-specific communications teams, substantial social media operations across @NASA and individual mission accounts, and Public Information Officers at each field center.
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