About the role

Aplyr's Quick Take

This is a hands-on role for active-duty service members transitioning to civilian life, focused on supporting space operations and orbital intelligence. You'll work on real-time customer support, orbit determination, and launch operations, while developing tools to improve efficiency. It's an individual contributor role with on-call responsibilities.

Good fit

Ideal candidates are active-duty service members with a background in aerospace or related fields, and some experience in programming and orbital mechanics. A collaborative working style and willingness to learn are essential.

Worth noting

This position is specifically for those eligible for the SkillBridge program, which may limit the applicant pool. The role offers a unique opportunity to gain experience in a cutting-edge field while transitioning from military to civilian work.

Overview:

LeoLabs is offering a SkillBridge opportunity for active-duty service members to join our Launch and Orbit Support Team. You’ll play a key role in supporting space operations and orbital intelligence, contributing to real-time customer support, orbit determination, and launch operations. This hands-on role gives you exposure to cutting-edge radar and orbital systems while developing tools and workflows to increase operational efficiency.

What You’ll Do:

· Provide operational support for LeoLabs’ Launch and Early Operations (LEOP) products during orbital launches.

· Support manual Orbit Determination (OD) tasks, including filter tuning and tracking data validation.

· Monitor and maintain orbit quality using internal tools and Python scripts.

· Participate in the on-call rotation to respond to time-sensitive events.

· Triage and respond to customer inquiries related to orbit data, launch tracking, and catalog accuracy.

· Contribute to the development, testing, and documentation of internal tools and workflows.

· Identify repetitive operational tasks and help develop automation strategies.

What You Bring:

· Active-duty service member eligible for SkillBridge participation (within 180 days of separation).

· B.S. in Astrodynamics, Aerospace Engineering, Physics, Applied Math, or related field.

· Foundational knowledge of orbital mechanics and space operations.

· Experience with Python, MATLAB, Julia, or other scientific scripting tools.

· Strong communication and collaboration skills.

· Preferred: experience with pandas, numpy, matplotlib, SQL, Git, Docker, Unix, or Orbit Determination tools (e.g., AGI ODTK).

What You’ll Learn / Achieve:

· Within 1 month: Onboarded into LeoLabs systems and team; begin shadowing live operations.

· Within 3 months: Participate in on-call rotations, support LEOP missions, and contribute to technical projects.

· Within 6 months: Improve internal tooling, present project findings, and be recognized as a key contributor.

· Within 12 months: Proactively identify operational gaps, propose improvements, and participate in cross-functional initiatives.

Duration: 6 Months

Benefits:

· Hands-on experience in space operations and orbital intelligence.

· Mentorship from experienced professionals.

· Opportunity to contribute to high-impact projects in a mission-driven environment.

Skills & Tags

python docker ai data product

Aplyr's read

LeoLabs is at the forefront of space debris tracking, offering opportunities for engineers and analysts passionate about aerospace innovation and radar technology.
Synthesized from recent postings & public sources

What's promising

•LeoLabs addresses critical space debris issues with cutting-edge radar technology.
•The company is expanding, with diverse roles in engineering and support.
•LeoLabs offers opportunities in international markets, including Europe and the Nordics.

What to watch

•Limited public information about long-term financial stability.
•Potentially high-pressure environment due to the critical nature of space monitoring.
•Niche market focus may limit career diversification outside aerospace.

Why LeoLabs

•LeoLabs specializes in real-time tracking of space debris, a crucial niche in aerospace.
•The company uses proprietary radar technology for precise satellite monitoring.
•LeoLabs' international expansion reflects its growing influence in global aerospace solutions.

Aplyr’s read is generated by AI from public sources. Was it useful?