Assembly, Integration & Testing Lead
Rocket Factory Augsburg
Assembly, Integration & Testing Lead
Rocket Factory Augsburg
Low-cost microlauncher for small satellites
Join a team building the next generation of launch vehicle technology. As an AIT (Assembly, Integration & Testing) Lead (f/m/d), you will play a key role in transforming engineering designs into flight-ready hardware. Working at the intersection of manufacturing, engineering, logistics, and quality, you will lead a team responsible for assembling and integrating critical vehicle stages and systems.
This role offers the opportunity to shape production processes, develop technical talent, and drive continuous improvement in a fast-paced aerospace environment. You will have a direct impact on mission success by ensuring that hardware is assembled safely, efficiently, and to the highest quality standards.
If you are passionate about leading technical teams, solving complex manufacturing challenges, and bringing advanced aerospace systems to life, we'd love to hear from you.
Must-Have Skills
Nice-to-Have Skills
| Atmosphere: Experience life in an international & dynamic New Space start-up | |
| Flexibility: Fit your working schedule to your needs with flexible working hours | |
| Home Office: Full-time employees benefit from one day per week home office | |
| Health: Sweat, stretch or squat it out with EGYM Wellpass | |
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Paid Time Off: 30 days annual leave and speacial leave days |
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| Team Culture: Join regular company and team events | |
| Parking: Free parking for your car or bike |
If you’re looking to grow, take responsibility, and contribute to making space more accessible, we’d love to hear from you.
🚀 Apply now! We look forward to receiving your application in English.
Low-cost microlauncher for small satellites
Rocket Factory Augsburg provides flexible, low-cost launch services for small satellites, anchored by its RFA ONE launcher. The vehicle is a 30-meter three-stage rocket: nine Helix engines on the first stage, a vacuum-optimized Helix on the second stage, and a Redshift orbital transfer vehicle on the third stage to deploy satellites into different orbits. It cuts costs by applying automotive-style serial production and off-the-shelf components, aiming for roughly $3,000–$4,000 per kilogram. Its goal is to democratize access to space by enabling affordable, multi-orbit deployment for small-satellite missions.
Explore more opportunities at Rocket Factory Augsburg