The US may lack the engineers, technicians, and specialized researchers needed to rapidly replace military space systems damaged or destroyed during a major conflict, according to a new report by US-based research organization RAND.
The study examines whether the US space defense industrial base, the companies and workers responsible for building military satellites and related systems, could restore lost capabilities within 12 to 24 months of a conflict with a technologically advanced adversary.
RAND found that shortages already affecting routine production could become more severe during a wartime surge, when manufacturers would need to increase output quickly.
Workforce Bottlenecks
RAND’s report identified shortages across three parts of the workforce.
The space defense sector employs only about 3 percent of US engineers, leaving it competing for technical talent with larger, often better-funded industries.
Companies also face a shortage of technicians and assemblers who perform the hands-on work required to manufacture, integrate, and test space hardware.
According to the report, annual demand for technicians is nearly three times greater than the available supply.
A third constraint involves specialists with advanced degrees in areas such as electro-optical systems and radiation-hardened electronics.
Developing this expertise can take 15 years or more, making these workers particularly difficult to replace during a crisis.
Classified work creates an additional barrier to recruitment.
Security-clearance procedures can take six months or longer.
Foreign nationals receive up to 70 percent of electrical and computer engineering doctorates awarded by US institutions.
However, they generally cannot obtain US security clearances, limiting the pool of specialists available for sensitive defense programs.
Recommendations
RAND recommended that the US Space Force establish centralized leadership for workforce development across the space defense industry, coordinating existing government programs with manufacturers’ needs.
The proposed strategy would build skills at every level through school outreach, vocational training, internships, university scholarships, and advanced research fellowships.
Additionally, the report called for stronger partnerships between companies and community colleges, particularly in fields such as cleanroom operations and semiconductor processing.
RAND also suggested incentivizing robotic assembly and automated testing, while adding surge provisions to future contracts so manufacturers prepare in advance for rapid production increases during a crisis.