RAND: U.S. Space Workforce Cannot Rebuild Satellites Lost in War

RAND's Wartime Space-Reconstitution Warning

The U.S. military could not quickly rebuild the satellites, sensors and supporting systems lost in a war with China or Russia because the space sector does not have enough engineers, technicians and assemblers, according to a RAND study published Aug. 31.

The report, "Breaking Glass, Missing Hands," tests whether the defense space industrial base could replace early wartime losses within 12 to 24 months, the benchmark for what the military calls reconstitution. That is far faster than the decade or so the report says it typically takes to replace an aging satellite, and RAND concludes the current workforce gap makes that timeline unreachable between 2027 and 2032.

Researchers examined federal labor and education data from October 2024 through March 2025 and interviewed industry and education officials. They identified three shortages: engineers in space-supporting industries, skilled "touch labor" such as technicians and assemblers, and advanced specialists in infrared, electro-optical and radiation-hardened systems whose expertise can take 15 years or more to develop.

The study was sponsored by Gen. Michael Guetlein, now director of the Golden Dome initiative, while he was vice chief of space operations, and was conducted by RAND Project AIR FORCE under the fiscal 2024 project "In Emergency, Break Glass." Its authors argue workforce capacity is an industrial supply-chain problem, not simply an internal Space Force staffing issue.

Why the U.S. Space Industrial Base Cannot Surge

The Labor Math Behind the Surge

RAND's numbers show an industrial base that cannot absorb a sudden surge. Only about 3% of nearly 3 million U.S. engineers work in the space-supporting industries RAND counted, leaving only about 7,000 of 208,000 annual engineering job openings in that subset. Even more severe is the touch labor gap: roughly 30,000 annual technician openings against about 11,000 newly credentialed workers each year, and 244,000 assembler openings against 13,000 credentialed workers, a 19-to-1 gap.

The competition is not just with other aerospace firms. Space employers must compete for engineers with artificial intelligence, software and data analytics employers that pay more and offer more flexible work. That makes the workforce shortage a structural labor-market problem rather than a short-term recruiting issue.

RAND also finds the longest lead times in advanced specialists: infrared, electro-optical and radiation-hardened system experts who typically need master's or doctoral degrees and 15 or more years of experience. About 70% of recent doctorates in those fields went to foreign nationals, reducing the pool eligible for classified U.S. work.

Clearances and the "Surge From Zero" Problem

Even if enough workers could be hired, security requirements add delay. In fiscal 2024, average initial Secret investigations exceeded 87 days and Top Secret cases took nearly six months, according to Trusted Workforce 2.0 data cited by RAND. Interviews also indicated that fully credentialed workers can take up to a year to become productive, and cleanrooms and secure work areas limit how quickly plants can absorb new hires.

Industry interviewees described the core obstacle as "surging from zero." Without steady production between contracts, specialized skills deteriorate and experienced workers leave, taking institutional knowledge with them. RAND therefore argues that surge planning must be written into future contracts rather than treated as an emergency response that can be improvised.

Policy Ownership and an Automation Blind Spot

RAND assigns the policy lead to the assistant secretary of the Air Force for space acquisition and integration, on the logic that workforce capacity is a supply-chain and production risk, not an internal Space Force staffing issue. Interviewees emphasized hiring pipelines and faster clearances, but rarely mentioned robotics, automation or AI as ways to cut labor hours per satellite.

The report does not independently assess whether automation is feasible, but flags that absence as a gap in reconstitution planning. Most space producers currently build at volumes too low to justify automation investment, though RAND notes a wartime reconstitution surge could change that calculation.

RAND's recommendations include roughly $5 million a year for scholarships, internships and academic outreach; an $800,000 study on retraining workers from other fields; expanding the National Imperative for Industrial Skills program; evaluating the Navy's Talent Pipeline Program as a trades model; and allowing ROTC graduates and SMART scholarship recipients to serve at qualifying space firms. It also suggests using Defense Production Act authorities, though interviewees questioned whether that would be practical given clearance and certification requirements.

What Defense Planners and Space Contractors Should Do Next

For defense planners and space contractors, the study points to a set of specific moves:

• Put surge requirements in contracts. RAND says writing surge-planning obligations into future space contracts would force companies to plan expansion capacity before a crisis, rather than trying to rebuild surge capability after losses.
• Pursue the report's workforce pipeline proposals. This includes about $5 million per year for scholarships, internships and academic outreach, an $800,000 study on retraining workers from other fields, and expansion of the National Imperative for Industrial Skills program.
• Use existing personnel pathways. Let ROTC graduates satisfy service obligations at qualifying space firms and extend the same option to SMART scholarship recipients now committed to civilian Defense Department jobs.
• Treat clearances as a production bottleneck. With fiscal 2024 Secret investigations averaging more than 87 days and Top Secret nearly six months, faster clearance processing would directly reduce how long credentialed hires remain unproductive.
• Evaluate the Navy's Talent Pipeline Program as a trades model. RAND says the program could be a template for developing the technicians and assemblers needed for satellite production.