#JobsInSpace
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laurenbworley.bsky.social
Later today: will your job search take you to outer space? Learn how at the #JobsInSpace panel, 11:30 a.m. #SXSW2025 #JobsInSpace buff.ly/A3h3Stt
March 10, 2025 at 1:30 PM
laurenbworley.bsky.social
Have you ever dreamed of living and working in space?

Join the Inter Astra Institute for an incredible panel of experts who can help you land your dream job. buff.ly/hgBlc08 #JobsInSpace
March 8, 2025 at 4:40 PM
solosojourner.bsky.social
Altman’s prediction is physically possible but institutionally and technologically implausible on a 10‑year horizon. The six required breakthroughs (none of which exist today):

1/2 #MoonColony #MarsColony #JobsInSpace #FantasyVsReality
1. Ultra-cheap, ultra-reliable human launch Required invention: • Fully reusable heavy-lift rockets with aircraft-like reliability • Launch costs under $100/kg (currently $2,000-$10,000/kg) Why: You cannot hire thousands of graduates into space jobs if each seat costs $50M. Current status: • SpaceX Starship is the closest attempt, but not yet operational at scale. • No other system is close. Realistic timeline: • Best case: 2040 • Altman's timeline: 2030-2035 • Reality gap: ~10 years 2. Radiation-safe commercial habitats Required invention: • Mass-produced orbital habitats with shielding equivalent to 5-10 meters of water • Or artificial magnetic shielding (no prototype exists) Why: You cannot employ civilians in LEO, lunar orbit, or deep space without long-term radiation protection. Current status: • No radiation-safe habitat exists. • No artificial magnetosphere exists. • No industrial-scale regolith shielding exists. Realistic timeline: • 2045+ for safe, scalable habitats • Reality gap: 10-20 years 3. Cheap, high-capacity orbital logistics Required invention: • Automated cargo transfer • Orbital construction robotics • On-orbit fuel depots • Routine resupply at commercial scale Why: A "job in space" implies a functioning economy in orbit, not a one-off mission. Current status: • Zero commercial orbital construction • Zero fuel depots • Zero autonomous orbital logistics Realistic timeline: • 2040 for early infrastructure • 2050 for commercial scale • Reality gap: 15-20 years 4. Industrial-scale life support Required invention: • Closed-loop life support that works for years without resupply • On-orbit agriculture or biomanufacturing • Medical systems that don't require Earth evacuation Why: You cannot employ civilians in space if they must be evacuated after every medical issue. Current status: • ISS life support is fragile, maintenance-heavy, and Earth-dependent • No closed-loop system exists Realistic timeline: • 2040-2050 • Reality gap: 15 years
December 25, 2025 at 4:18 PM
juliocaceres.bsky.social
What do YOU think?

#OpenAI’s CEO Sam Altman says in 10 years’ time college graduates will be working ‘some completely new, exciting, super well-paid’ job in space
#CollegeGraduates #JobsInSpace

fortune.com/article/open...
OpenAI's CEO Sam Altman says in 10 years time college graduates will be working 'some completely new, exciting, super well-paid' job in space | Fortune
While Bill Gates has said the 2-day workweek could come within the next decade, OpenAI CEO Sam Altman says Gen Alpha college graduates will be too busy planet-hopping.
fortune.com
December 24, 2025 at 6:13 AM
solosojourner.bsky.social
Investors will pour billions into Musk’s and Altman’s promises, only to see that money wasted once those easily disproven claims collapse under scrutiny.

2/2 #MoonColony #MarsColony #JobsInSpace #FantasyVsReality
5. Al-driven autonomous operations Altman's optimism is grounded in Al's role in enabling space operations Tom's Guide +1. Required invention: • Autonomous spacecraft operations • Autonomous maintenance and repair • Autonomous construction • Autonomous hazard detection Why: Human labor in space is too expensive unless Al handles 95 percent of the work. Current status: • Early autonomy exists (e.g., docking systems) • No general autonomous space operations Realistic timeline: • 2035-2045 • This is the only domain where Altman's timeline is plausible. 6. A commercial reason to hire thousands of people in space Required invention: • A profitable industry that requires humans in orbit Examples might include: • On-orbit manufacturing • High-value microgravity biotech • Space-based data centers • Tourism at massive scale • Asteroid-derived materials Current status: • None of these industries exist • None are profitable • None require humans Realistic timeline: • 2045-2060 • Reality gap: 20+ years
December 25, 2025 at 4:18 PM