Fictional role simulation. This is a learning scenario created by 10xCareer, not a live opening or an offer from a named employer.
The Cosmic Janitor

Junior Orbital Debris Analyst

Space Systems|Washington, DC or Remote|LeoLabs - Space Traffic Management

The Pitch

You will track space junk and predict collisions. There are 30,000 objects orbiting Earth. Someone needs to know where they are.

The Anti-Pitch

You will not launch rockets. You will not design satellites. You will stare at orbital data and flag when two things might hit each other.

What You'll Actually Do

  • -Analyze orbital tracking data for debris objects
  • -Run conjunction analyses (will these two things collide?)
  • -Visualize debris density in different orbital regimes
  • -Research the history of specific debris-creating events

Output Expectations

Conjunction reports, debris maps, and the occasional "oh no" moment when two objects get too close.

The 20-Day Journey

1
Days 1-3

Orbital Mechanics 101

Learn how orbits work. Understand TLEs. Know what a conjunction is.

2
Days 4-6

Your First Analysis

Pick 10 objects. Track them for a week. Visualize their paths.

3
Days 7-12

Conjunction Hunting

Run conjunction analyses. Find near-misses. Understand the uncertainty.

4
Days 13-18

Making It Real

Create a visualization that makes people care about space debris.

5
Days 19-20

The Crowded Sky

What did you learn about humanity's presence in space?

How You Know It's Working

Level: Freshman / Exploratory
  • -You can explain Kessler syndrome to a senator
  • -You flag a conjunction that the automated system missed
  • -You understand why some orbits are more dangerous than others

Why This Matters

Why Now

Starlink. OneWeb. Amazon Kuiper. The orbits are getting crowded and someone needs to watch.

The Goal

You're learning to see the invisible traffic jam above our heads.

What You Need

Required Mindset

  • - Attention to detail (one decimal point matters)
  • - Basic orbital mechanics intuition
  • - Comfort with large, messy datasets
  • - Interest in space that goes beyond "rockets are cool"

Helpful Background

  • - Physics, Aerospace, or Astronomy major
  • - Played Kerbal Space Program
  • - Any experience with 3D coordinate systems

Not Required

No aerospace engineering degree. No security clearance. No fear of math.

Your Toolkit

Hard Tools

PythonPoliastroCesium (3D visualization)TLE data feeds

Soft Tools

  • - Spatial reasoning
  • - Time series analysis
  • - Clear reporting

Survival Skill

Understanding that "close" in space means something very different than on Earth.

Try the next step

Use a real job posting to check its AI exposure, or build skills through a practical training project.

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