PAt Indra Deimos, we're shaping the future of space exploration with cutting-edge technologies for interplanetary missions, planetary defense, autonomous rendezvous, and much more. We're looking for a strongSenior Flight Dynamics Software Engineer /strong to join our strongInterplanetary Mission Analysis (IMAN) Competence Centre /strong within the Mission Engineering Business Unit. /ppbr/ppstrongWhat's the Challenge? /strong /ppbr/ppAs a strongSenior Flight Dynamics Software Engineer /strong at Indra Deimos, you'll lead the development of high-fidelity software tools for orbital simulation and mission design. Your contributions will directly impact scientific missions for top-tier clients like ESA, as well as internal projects pushing the boundaries of innovation. You’ll also take part in advanced research in celestial mechanics and astrodynamics. /ppbr/ppemYour contributions will include: /em /ppbr/pulliDesigning and evolving our in-house Flight Dynamics System (FDS) to simulate constellations and orbital maneuvers. /liliEnd-to-end development, validation, and operational deployment of the FDS software for satellite and constellation simulations. /liliCreating and automating strategies for constellation deployment, station-keeping, replenishment, collision avoidance, and re-entry. /liliDefining algorithms for Space Situational Awareness (SSA). /liliSupporting mission design for interplanetary and Earth Observation missions. /liliSimulating spacecraft dynamics and modeling the space environment. /liliDeveloping custom software tools to support mission analysis activities. /liliDriving innovation, refining engineering processes, and contributing to technology research and knowledge sharing across teams. /li /ulpbr/ppstrongWhat We're Looking For: /strong /ppbr/ppstrongEducation: /strong /ppbr/pulliM.Sc. in Aerospace Engineering. /li /ulpbr/ppstrongExperience: /strong /ppbr/pulli4–6 years in relevant space domains including software development and flight dynamics. /liliStrong background in orbital mechanics and trajectory optimization using various propulsion systems. /liliSkilled in C++ and Python. /liliKnowledge of software engineering methods and orbital analysis tools. /liliBonus points for experience with lunar missions, satellite operations, telemetry, estimation theory, and object-oriented programming. /li /ulpbr/ppstrongLanguage: /strong /ppbr/pulliExcellent level of English, both spoken and written. /li /ulpbr/ppstrongPersonal Attributes: /strong /ppbr/pulliHighly motivated, proactive, and problem-solving mindset. /liliResponsible team player with leadership capabilities. /liliComfortable working in groups and client-facing settings. /li /ulpbr/ppstrongWhat We Offer: /strong /ppbr/pulli /ul /li