A RAND paper from July imagines an analyst in 2050 looking back on America’s settlement of Saturn’s largest moon. The colony is pure invention, but the labour arithmetic behind it is not. It points to a constraint that may shape space and deep-tech spending long before anyone sets out for Saturn.
A story told backwards
The paper, by Daniel Egel, K. MacKenzie Scott and Michael Vermeer, uses a method called backcasting: begin with an ambitious future, then work out what would have had to happen to reach it. Here the future is a human settlement on Titan, achieved after the United States outpaces a Chinese crewed mission in 2030. The device is deliberate. The authors borrow the logic of Sputnik and Apollo, a shock in 1957 that mobilised a country to reach the Moon within twelve years. They use it to ask how America’s scientific and technical workforce would have to grow between 2025 and 2050.
What the arithmetic says
Their rough answer is demanding. The country would need about three times as many doctorate-level researchers and nearly 70 percent more engineers and technicians graduating each year. The bill comes to around $1.1 trillion over a decade, though more than half could plausibly be carried by private industry. Engineering capacity can be built at home, they argue, but research talent would still require international partners.
Where the money may follow
For investors, the interesting part is the bottleneck, not Titan. A separate RAND report from late August found that the space defence industry employs only about 3 percent of American engineers, while demand for technicians runs close to three times supply. Scarcity of that kind tends to push up wages and squeeze contractor margins. It also rewards companies that can train people quickly or automate the work. An opinion piece in Via Satellite describes the same tension: the industry has grown its jobs by 27 percent over a decade, yet a large share of its staff is nearing retirement.
Skills over diplomas
The clearest signals come from the regional level. In El Paso, local leaders are preparing for a space technology conference in early November, with workforce development a central theme. The local university has already opened an $80 million manufacturing and aerospace centre. NASA, meanwhile, has funded seven state hubs, about $10.5 million in all, to connect colleges with employers. An October analysis of the Texas SWIFT initiative adds a useful caution: employers need people who can build, test and operate hardware, and a degree alone does not prove they can. That makes technician training and apprenticeships an unglamorous but tangible corner of the market.
Keeping it in proportion
This is a scenario, not a forecast. No one is planning a colony on Titan; NASA’s actual mission there is the Dragonfly rotorcraft, due to arrive in 2034. The cost figure is an order-of-magnitude estimate that depends on policy choices and on private money showing up. Some also argue that wages and working conditions, rather than headcount, explain much of the apparent shortage. Nothing here is investment advice.
Transparency Note: This article was prepared with the assistance of artificial intelligence technologies. Every piece is thoroughly reviewed and verified by our editorial team, who retain full responsibility for the final content.
Picture: Gemini AI