You will lead the analysis, design, implementation, optimization, and enhancement of spacecraft attitude determination and control systems. Additionally, you will play a key role in our effort to increase vertical integration by developing critical
You will play a key role in expanding Space Inventor’s global footprint by driving the growth of advanced satellite solutions. You will work at the intersection of commercial strategy and cutting-edge space technology, helping customers turn their
Manage the engine specification for the MSP launcher and ensure convergence and consistency with all launcher architects, particularly with the first-stage architect (i.e., 3-engine bay). Particular attention must be paid to the launcher exploitation
You will be responsible for the structural analysis of spacecraft structures and development of internal tools for the evaluation and post-processing of the analysis and test results. Creation of mathematical structural models using the finite element
The successful candidate will leverage the mechanical design and development of propulsion components from concept through to detailed documentation and production handover. Design and optimize propulsion system components with a focus on performance,
You will be at the forefront of developing and executing our FPGA strategy, aligning it with Loft’s broader technology roadmap, and ensuring the successful delivery of FPGA-related projects. You will collaborate with cross-functional teams, drive
Perform fast structural/electrical repairs and develop a strong sense for fault diagnosis, identifying root causes (e.g., vibration, CG shifts, RF/noise, power issues, control geometry). Configure and troubleshoot UAV networking and telemetry (radios, IP
You will be responsible for the selection and qualification of our launch vehicle Spectrum’s sensors, while maintaining the corresponding interfaces across the departments. Furthermore, you will work with all design teams to select and integrate sensor
You will be responsible for delivering decision‑grade market intelligence that directly shapes our commercial strategy, product direction, and international expansion. This is a hands‑on, research‑driven role requiring strong analytical
In this position you will perform trade studies, risk assessments, reliability analysis to balance performance, safety, cost, and schedule. You will also ensure that the propulsion system aligns with overall product requirements, regulatory standards, and
You will contribute to all the AOCS design life-cycle starting from phase A/B up to the in-flight activities. These activities include, but are not limited to, supporting/leading AOCS S/S conception and design, beside to the support to all the AIV/AIT
The role conducts operations of mission control systems for EUMETSAT and EUMETSAT-operated Copernicus satellite systems, coordinates system-wide activities related to the mission control systems for satellite monitoring and control, and supports the
Lead system engineering across the space and ground segment, ensuring a consistent end to end architectural approach; Own and maintain requirements integrity from customer needs through system, subsystem, and verification levels; Own system budgets
Lead the GNC/AOCS development of a space mission through complete life-cycle; Lead a team of GNC/AOCS experts in the different domain; Requirements capture and flow-down (component level specification preparation); AOCS System definition and development,
Generation and review of robotics system requirements and verification strategies (at spacecraft, subsystem, and unit levels) for on-orbit servicing missions; Review inputs from and lead co-engineering sessions with robotics
Ensure consistency and exploitation of synergies between all the activities related to definition, design, implementation and validation of services, infrastructure, user segment, standards, and security; Perform activities as technical authority and
Providing technical support for end-to-end system architecture definition, development, and verification activities; Supporting the development of critical technologies for the AIDAN Next project; Supporting technology and product roadmap meetings;
You will be responsible for supervising all ground segment service engineering tasks related to the effective design and development of the infrastructure providing services to the end users, operated by the IRIS² service management centre, the GOVSATCOM
Own the on‑board payload software for a high‑performance satellite communications system. You will set the architecture and technical direction, deliver flight‑ready software, and build the engineering team and practices required to scale from early
You will lead a multidisciplinary team of digital, electrical, and power specialists, overseeing the design, development, integration, and testing of advanced avionics and power systems for satellites. You will ensure these systems deliver reliable and
Lead or contribute to security research, vulnerability assessments, and penetration testing activities; Identify, analyze, and validate vulnerabilities in complex systems and applications; Support or drive exploit development for discovered
Lead and build a team of mechanical and aerospace engineers, ensuring that the mechanical ground infrastructure is designed according to coherent internal standards and processes while taking ownership of technical work packages yourself;