EUMETSAT is already involved in the development and operations of the Copernicus Sentinel 3, 4, 5 and 6 missions in cooperation with ESA and is now contributing to phase A/B studies for future High Priority Candidate Copernicus Sentinel missions of relevance to its mandate, in particular a CO2 monitoring mission (CO2M) it will also operate.
Reporting to the Project Manager for Future Copernicus Sentinel Missions, the Instrument Engineer will follow-up the design and development of the optical (from visible to short wave infrared) CO2M instruments, simulators, algorithms and Level 1 ground prototype processors and support the EUMETSAT appropriation of information that is critical to the development of data processing chains and satellite operations.
- Follow-up the evolutions of performance and operability requirements of the CO2M instruments in cooperation with ESA, and support the assessment of compliance with mission and system-level requirements;
- Follow-up the ESA-led design and end-to-end development of the instruments, analyse and assess results of on-ground calibration, testing and qualification and support the assessment of the implications of non-conformances at system and data processing level;
- Follow-up the design and development of the instrument's simulators, algorithms and Level 1 ground prototype processors, assess their consistency with the instrument design and development and their suitability to support the development of operational Level 1 processing chains;
- Participate in system, satellite and instrument reviews as appropriate;
- In coordination with the ESA and EUMETSAT Mission/Project Scientists co-convening the CO2M Mission Advisory Group (MAG):
- Assess the need and define requirements for additional tools needed for calibration, commissioning and validation of Level 1 products, and follow-up and support the development of agreed tools;
- Follow-up the ESA-led assessment of in-orbit performances of the instruments during Satellite In Orbit Validation Tests.