Due to the lapse in federal government funding, NASA is not updating this website.

Suggested Searches

Office of the Chief Science Data Officer

The Office of the Chief Science Data Officer (OCSDO) enables groundbreaking discoveries by expanding the availability and utility of NASA scientific data.

A light blue circular graphic identifier, which contains stars, a satellite, and a DNA strand. A jagged graph line cutting through the middle of the circle represents NASA science data. Everything lies on a dark blue background.

NASA’s groundbreaking science and exploration missions increasingly rely on the efficient use of large-scale data, advanced computing, and high-performance analytics. Led by Kevin Murphy (Chief Science Data Officer) and Andrew Mitchell (Deputy Chief Science Data Officer), the Office of the Chief Science Data Officer (OCSDO) is modernizing data and computing systems for science and engineering across NASA in support of efficiency, sustainability, security, and scientific integrity, while enabling the next generation of space exploration and discovery. 

By managing the agency’s High-End Computing Capability (HECC) portfolio, the OCSDO provides advanced computational resources for NASA’s cutting-edge science and engineering missions, from understanding the impacts of solar phenomena to charting the path for human spaceflight. Within the Science Mission Directorate (SMD), OCSDO ensures that the vast amounts of scientific data generated by NASA’s missions are accessible and preserved for future analysis and ready to support future exploration.

The OCSDO enhances the value of NASA’s science data through the evolution of data and computing systems, accelerating discoveries through innovative data science techniques, and fulfilling NASA’s strategic goal of ensuring scientific data are readily available to all. 

ocsdo Leadership

Portrait of Kevin Murphy, male, in front of a blue background wearing a black suit jacket and dark blue tie.

Chief Science Data Officer

Deputy Chief Science Data Officer

Artificial Intelligence and Machine Learning

The OCSDO advances scientific discovery through innovative applications and partnerships in data science, advanced analytics, and artificial intelligence (AI).

Learn More about Artificial Intelligence and Machine Learning
Green, orange, blue and purple blobs of glowing light mingle with the shining galaxies in a massive cluster. Blue and green is concentrated in the middle and orange and purple is in splotches on the outskirts.
This composite image shows dark matter, galaxies, and hot gas in the merging galaxy cluster Abell 520. Artificial intelligence at NASA has been used to conduct research in many areas, including astrophysics.
NASA, ESA, CFHT, CXO, M.J. Jee (University of California, Davis), and A. Mahdavi (San Francisco State University)

Core Data and Computing

The OCSDO continuously evolves data and computing systems for efficiency, sustainability, security, and scientific integrity.

Learn More about Core Data and Computing
The night lights of North America as viewed from Earth's orbit.
NASA's state-of-the-art Earth science satellites generate unprecedented quantities of data on our planet’s vital signs. Cloud computing can help researchers make the most of those troves of information.
NASA Earth Observatory

High-End Computing

The OCSDO manages NASA's High-End Computing Capability (HECC) portfolio, which enables large-scale modeling, simulation, and analysis across NASA’s science, engineering, and exploration missions.

Learn More about High-End Computing
The Sun appears in shades of gold with some brighter and darker regions, set against a black background. In the lower right part of the Sun is a bright flash of white, a solar flare.
NASA's high-end computing capabilities help model complex scientific phenomena, such as how the Sun interacts with Earth's atmosphere.
NASA/SDO

Open Science

The OCSDO supports transparent, trustworthy, and reproducible science through open science tools, practices, and guidance.

Learn More about Open Science
Studying Biological Impacts of Space Radiation
Making space biology data, such as this simulation of radiation effects on the human brain, openly available helps scientists get important answers more quickly and encourages innovation.
Estrella Passerat de la Chapelle, Blue Marble Space Institute of Science, and Egle Cekanaviciute, NASA’s Ames Research Center

This archived content may contain outdated information or references that may not reflect current policy or programs.