Spaceopal is a leading satellite services provider at the forefront of the European space sector, excelling as well in managing large-scale space programs, complex international tenders, and end-to-end service operations.
To further strengthen this leadership, Spaceopal is expanding its capabilities within many programmes, with a growing portfolio of projects and initiatives involving leading European institutions, agencies, industrial partners and international stakeholders.
The GNSS Software Developer will have the opportunity to contribute to a variety of challenging Space programmes and projects, supporting the definition, development, integration and validation of complex systems, services and products.
The GNSS Software Developer will be responsible for the design, development, integration and validation of software solutions supporting GNSS-based Orbit Determination and Time Synchronization for space and ground segment applications.
The role covers the implementation and optimisation of GNSS processing algorithms, state estimation and timing functions, from the analysis of requirements and algorithm design through software development, testing and operational validation. The position requires close interaction with system engineers, GNSS and navigation specialists, and software teams to deliver robust, accurate and maintainable solutions for satellite navigation and positioning applications.
- Design, develop and maintain GNSS data analysis software tools and automated processing chains for Orbit Determination, Precise Orbit Determination and Time Synchronization applications within space and ground segment systems
- Analyze GNSS data to investigate anomalies and derive performance parameters
- Contribute to the development of software for real-time and offline GNSS data processing, including observation modelling, data quality control, filtering, estimation and solution generation.
- Perform software verification and validation, including unit, integration and system-level testing of algorithms and software functions.
- Analyze performance, accuracy and robustness of GNSS solutions using representative and operational datasets, identifying anomalies and implementing corrective actions.
- Support the definition of software and algorithm requirements, technical specifications, interfaces and verification criteria.
- Contribute to software architecture and design activities, promoting modular, scalable, maintainable and testable implementations.
- Support the development and automation of simulation, testing and validation environments for GNSS and timing functions.
- Collaborate closely with systems engineers, GNSS/navigation experts, software engineers and operations teams throughout the full software development lifecycle.
- Contribute to technical documentation, design reviews, problem resolution and continuous improvement of GNSS software products.
