Flight Dynamics Software/ Space Situational Awareness Engineer

Our client, an innovative NewSpace technology company developing advanced solutions for space sustainability and satellite operations, is seeking a Flight Dynamics Software / Space Situational Awareness Engineer.

Responsibilities

Develop and optimize advanced algorithms for orbit propagation, orbit determination (OD), sensor fusion, covariance modelling, and uncertainty quantification; Integrate and process data from multiple sources to improve space situational awareness capabilities; Develop methods to create accurate representations of the orbital environment and space object behaviour; Conduct validation and verification campaigns to assess and improve algorithm performance; Support the transition of research concepts and prototype algorithms into reliable, scalable software solutions; Collaborate closely with software engineers, aerospace engineers, and data specialists to deliver mission-critical capabilities; Contribute to the continuous improvement of orbital safety and space traffic management technologies.

Requirements

Master’s degree or higher in Aerospace Engineering, Space Engineering, Applied Mathematics, Applied Physics, or a related discipline; 5+ years of relevant experience in space systems, flight dynamics, astrodynamics, orbital mechanics, or related fields. Candidates with exceptional profiles may be considered with 3+ years of experience; Strong theoretical and practical understanding of astrodynamics, orbital mechanics, and flight dynamics; Experience with scientific programming using one or more of the following languages: Python, Java, Fortran (90+) or equivalent; Experience developing technical solutions within a research-driven or engineering-focused environment; Strong analytical and problem-solving skills; Ability to work effectively within multidisciplinary teams; Valid right to work within Europe.

Nice to have

Experience with Space Surveillance and Tracking (SST) or Space Situational Awareness (SSA) systems; Experience working with satellite operators, space agencies, or commercial space organisations; Knowledge of space object catalogues, sensor data processing, or orbital data analysis; Understanding of space policy, regulations, and compliance frameworks; Experience applying AI/ML techniques to anomaly detection, pattern recognition, or orbital prediction; Passion for improving the sustainability and long-term accessibility of space.

Benefits

Opportunity to work on innovative technologies supporting the future of space operations; High levels of technical ownership and the ability to influence engineering solutions; Collaborative environment alongside experienced aerospace engineers and scientists; Flexible hybrid working options; Access to professional development, training, and industry events; The opportunity to contribute to projects addressing some of the biggest challenges facing the space industry.