Astroscale

Astroscale is a global leader in developing innovative solutions for space sustainability, focusing on on-orbit servicing to ensure a safe and sustainable space environment for future generations. Their mission is to secure the long-term viability of space operations by addressing the growing problem of space debris and enabling active satellite life extension. They build a range of spacecraft designed for various on-orbit servicing missions, including End-of-Life Services by Astroscale-demonstration (ELSA-d) for debris removal, and Life Extension In-Orbit (LEXI) for refueling and repositioning active satellites. Astroscale is developing advanced rendezvous, proximity operations, and docking (RPOD) technologies, as well as robotic manipulation capabilities to capture and service objects in space. The engineering culture at Astroscale is highly interdisciplinary, combining expertise in robotics, guidance, navigation & control (GNC), satellite systems, and mission operations. Engineers are challenged to solve complex problems in a dynamic and unforgiving environment – space. There's a strong emphasis on precision, reliability, and innovation in developing technologies for autonomous operations. The culture fosters collaboration across its global offices (Japan, UK, US) and encourages engineers to contribute to a mission with profound environmental and economic implications for space. Astroscale has demonstrated significant growth, securing multiple funding rounds, achieving successful in-orbit demonstrations with ELSA-d, and forging partnerships with space agencies and commercial operators worldwide. They are at the forefront of establishing a new industry segment: active debris removal and on-orbit servicing. What makes Astroscale unique for job seekers is the opportunity to work on cutting-edge robotics and satellite technology with a clear, impactful mission to preserve the space environment. It's an environment where engineers can apply their skills to solve some of the most challenging technical problems in space, contributing to a truly sustainable future. The tech stack includes C++ for flight software, Python for simulation and ground control, advanced GNC algorithms, and robotic control systems. Working at Astroscale means being part of a pioneering team that is defining the future of space operations, ensuring that space remains a usable resource for humanity. It's an ideal place for engineers passionate about robotics, orbital mechanics, and making a lasting positive impact on space sustainability.