| I analyzed the employment history of ~100 VPs at SpaceX (2018-2025) and Blue Origin (2023-2025) to understand how their leadership pipelines differ. The data suggests a divergence in engineering philosophy: SpaceX appears to optimize for high-volume manufacturing (looking to the auto industry), while Blue Origin values legacy aerospace pedigree. The Data (n=101): SpaceX (52 VPs analyzed):
- Top source: Internal promotions (40%)
- #2 source: Tesla (15%)
- #3 source: Automotive (BMW, Ford, GM) (~10%)
- Insight: SpaceX pulls VPs from the auto industry at ~2.5x the rate of Blue Origin. Blue Origin (49 VPs analyzed):
- Top source: Honeywell (20%)
- #2 source: NASA (16%)
- #3 source: Boeing/Lockheed Martin (12%)
- Insight: Significant reliance on traditional aerospace and defense contractors. Observations: While the Tesla connection to SpaceX is expected due to Musk, the presence of executives from BMW and Ford (e.g., Richard Morris, ex-BMW, now VP of Production) suggests a deliberate strategy. It implies SpaceX treats Starship as a mass-production problem (automotive scaling) rather than a pure systems engineering problem. In contrast, Blue Origin's hiring seems aligned with traditional reliable, low-volume, high-precision aerospace projects. I'm curious if folks here with experience in these sectors see this cultural difference on the ground? |