Planetary Resource Surveyor

This career doesn't fully exist yet (confidence: 60%). Based on our research, we believe this role will emerge as the underlying trends mature. Salary, growth, and other details are estimates that may change as the field develops. Here are a few of the articles and reports that informed our projection:

Salary estimates are projections based on comparable emerging roles and industry forecasts. Actual compensation will depend on how this field develops.

This career is expected to require a doctoral/professional degree.

Planetary resource surveying is among the most AI-resistant projected careers because it requires interpreting novel geological data from environments never before encountered by humans or AI. While machine learning will process hyperspectral imagery and identify mineral signatures, the interpretation of geological formations on asteroids or Mars — where training data is essentially nonexistent — requires human geological expertise, scientific creativity, and the ability to reason about unprecedented formations. The extreme rarity of relevant expertise and the high stakes of resource assessment decisions further protect this role. (Projected)

Ratings reflect a 10-year outlook based on 2025-2026 research, weighted toward entry-level impact. Individual outcomes will vary.