Would you like to work on one of the most exciting space projects (Conical Imaging Microwave Radiometer for the Copernicus Mission) and be directly involved in assembling, integrating, and testing flight hardware bound for orbit? Are you driven by hands-on challenges and precision engineering? Do you want to be part of a diverse, dynamic team that shares your passion for space?
Then LSS is the right place for you!
We are at the forefront of European innovation in deployable antenna reflector technologies, serving both domestic and international markets. We’re now looking for a dedicated and detail-oriented AIT Engineer (m/w/d) to join our growing team of space professionals.
As an AIT Engineer at LSS, you’ll play a vital role in bringing our cutting-edge space systems to life — from cleanroom integration to rigorous testing that ensures mission success. This is your chance to work on high-impact space hardware, contribute to groundbreaking missions, and be part of a collaborative, future-focused environment. If you’re ready to combine your technical skills with your passion for space, we invite you to join us and help shape the next generation of space exploration.

Founded in 2012 by experts from the Technical University of Munich (TUM) in Germany, Large Space Structures (LSS) GmbH provides a unique expertise in the creation of space Large Deployable Reflectors #LDR and other large space lightweight structures, as well as in-orbit mechanically reconfigurable reflectors. Building on long-term experience working on these products at different institutes of the Technical University of Munich and the Georgian Technical University (GTU), LSS has created a strong and competitive base in this field. Working experience with the European Space Agency and European industrial partners in different projects is a valuable asset of our staff in developing large deployable reflector technologies in cooperation with other European companies primarily for the European market needs.
Our expertise comprises
• Space Large Deployable Reflectors (#LDR), membrane direct radiating arrays, reflectarrays, large optical membrane telescopes, in-orbit mechanically reconfigurable surface reflectors, among others
• Design, analysis, manufacturing and testing of new composite and membrane materials and lightweight structures
• Multi-functional, smart, adaptive, morphing materials and structures
Patents & patent applications on several of the above technologies