In this role, you will primarily bring strong leadership, organization, and project management capabilities to guide and structure the team, while contributing to technical decisions across propulsion systems. Lead, structure, and develop
Your main missions and responsibilities will consist of performing thermal and mechanical analysis to support the design, development and flight readiness of flight hardware. Contribute to life cycle load analysis and thermal measurement plan for parts
This role requires a well-rounded mechanical engineer to support Loft's end to end missions and product development, with an expertise on structural analysis and test. You will be responsible for supporting "all things mechanical" for Loft missions, 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 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
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 lead all engineering activities across the company, ensuring the successful execution of ThrustMe’s technical roadmap. You will manage and mentor a team of engineers, oversee the full product development lifecycle and ensure the future
Oversee the full lifecycle of telecommunications payloads, from concept definition to in-orbit validation; Translate mission and system requirements into payload technical specifications, performance budgets, and interface documentation; Lead technical
Provide senior technical leadership for the design justification, lay-out optimization, and testing of the MON/MMH propulsion system; Support the validation of propulsion system architecture, functional chain, and control strategy