Interactive Tables and Charts
Data Workforce
Science and Engineering Degrees, in Thousands, 2000-2016
“Space education, research, and workforce development in the public and private sectors are core components of the U.S. national interest, with the potential to drive exploration and scientific discovery, to find new solutions for pressing challenges, including climate change, to strengthen American national security, and to provide good-paying jobs for Americans,” the roadmap document states.
U.S. Military Space Spending 2005-2022
Gallagher said the military must accelerate its efforts in space and cyberspace to keep pace with Russia and China, improving Pentagon cybersecurity and redesigning Space Force satellites to harden constellations against attack.
U.S. Space Force Officers, 2022
Over the course of 2022, the Space Force continued to grow through the transfer of individuals from other branches of the military. In 2022, 243 transfer slots — 29 officer and 214 enlisted — were available.
Average Satellite Mass per Payload (kg), 2012-2022
For 2022, spacecraft deployed with a mass of 1,000 kg or less numbered an estimated
2,144. Th ere were 65 spacecraft massing more than 1,000 kg deployed during 2022.16 Despite the increase in large spacecraft
deployments in 2022, their share of overall satellite deployments remained under 3%.
Campaign Spending by Aerospace and Defense PACs by Political Party 2012-2022
Political action committees (PACs) representing aerospace industry and defense firms weighted their federal campaign donations narrowly toward Republicans during the 2022 campaign cycle.
U.S. 8th Grade Math Scores
. . . students who struggle in high school math and science classes won’t cut it in college engineering classes unless higher education institutions invest heavily in remedial education to build skills students should have mastered in high school.
Space Workforce Trends in the United States, Europe, Japan, and India, 2011-2021
The U.S. space sector is composed of more than 198,500 individuals across private sector and government organizations. Private sector space employment continued a trend of growth that began in 2016, adding approximately 3,000 new workers from 2020 to 2021 to reach 151,797 individuals. Space manufacturing led this growth, offsetting a slight decrease in the size of the satellite telecommunications workforce.
Indian Department of Space Employment, 2011-2021
India’s Department of Space had 16,786 employees as of October 2021, a decrease of 1.8% from the previous year. India’s Department of Space had 16,786 employees as of October 2021, a decrease of 1.8% from the previous year. About 75% of the workforce is composed of science and technology workers, while the remainder focus on administration.
JAXA Workforce, 2012-2022
The Japan Aerospace Exploration Agency (JAXA) employed 1,583 people at the end of 2021, an increase of 1.6% from 1,558 employees at the end of 2020. Approximately 70% of JAXA employees work in engineering and research, with the remainder focused on education and administration. JAXA does not face the same demographic challenges as some other space agencies: 22.0% of its workforce is under 35 years old and 17.9% is over 54.
Japanese Space Industry Employment, 2010-2020
The Society of Japanese Aerospace Companies reports that the Japanese space sector employed 8,527 individuals in 2020, the most recent year for which data is available. This is a 2.3% decrease from the 2019 total of 8,725 employees. More than 70% of these employees work in the space vehicles sector, which includes launch vehicles, satellites, and the international space station. The remaining employees work on ground facilities and software relevant to space. Slight decreases in employment occurred across all portions of the space sector.