Space and ground system engineering processes, system and software life cycles and standards; Experience in the domain of satellite Mission Control Systems in operational environments; Experience in IV&V; Experience in preparing
The focus of this position is on independent project management. This includes the complete planning, execution, monitoring, and reporting of projects to ensure successful achievement of objectives in terms of time, quality, and cost
As a navigation sensors engineer, you will support the integration and testing of the Nyx navigation sensors – Inertial measurement Unit (IMU), GNSS Receiver, Star Tracker and LiDAR – ensuring seamless integration and performance of the Navigation
Responsible for the management of the maintenance and the evolution of the operational EUMETSAT ground stations spread around eight main sites in Continental Europe and overseas. As successful candidate you will become part of the Ground Stations
Main objective of the role is supporting operational services spread across the Galileo Centres GCCs and GSC as well as to assure the Service Delivery in compliance with the Service Levels Agreements (SLA). Support to overall system and service validation
Build and lead the multi-disciplinary team across the full development lifecycle; Define requirements and architecture for avionics, GNC and Flight Software; Translate system-level requirements into detailed specifications; Simulation & Modelling: use
You will be responsible for the execution of AIT activities, leading other engineers and technicians but supporting directly the execution of the operations; You will be responsible to define the budget of the means and people to deliver the Lunar
You will manage and coordinate activities and lead teams of talented engineers. Additionally, you will have an overview of all upcoming new missions and will be responsible for ensuring that efficient and harmonised design and engineering solutions across
Provision of support to the whole organisation based on agreed requests in the areas of ground segment system engineering architectural and detailed design and ground segment IV&V. Support to the definition and evaluation of ground segment system level
She/he will play a key role in the definition of roadmaps for the EUMETSAT Mission Control Systems, contribute to the provision of operationally reliable systems, pursue an efficient usage of resources and promote technologies and tools oriented towards
Define system requirements and architecture for avionics, communication, and power systems. Oversee make elements: breadboarding, PCB design, FPGA programming, integration, testing, qualification. Ensure power system design meets mission requirements,