JOB DESCRIPTION:

In order to support System Eng SW Integration, Airbus Defence and Space is looking for a
Mission Management System Engineer (d/f/m)
As a Mission Management Systems Engineer, you are responsible for the design, development, integration and validation of the System which will allow the Mission Management.
The System will be partly developed internally within the team and will be partly subcontracted to internal and external Subcontractors. The application to be developed consists of a set of SW Modules which allow the simulation, commanding ad monitoring of a cutting-edge Payload, as well as the overall traffic configuration. You will be in charge of contributing to the definition of overall System and Software requirements as well as performing general System Design, Mission IVV, Software Architecture tasks.

DESIRED SKILLS AND QUALIFICATIONS

• Master’s degree in Computer Science, Electronics, Aerospace or other related Engineering
• Experience on Satellite-based telecommunication systems (GEO, LEO connectivity)
• Experience in System Design with focus on GEO / LEO Mission Management topics (i.e. SCC, PCC concepts)
• Experience with Space and Ground Segment Architecture and development principles
• Experience with System and Software Development and IVV process (e.g. Review Milestones, IT Integration processes)
• Knowledge of Software Design and Architecture principles is a plus
• Knowledge of modern Systems Engineering techniques and tools (MBSE, DOORS, EA, CAMEO) is a plus
• Knowledge of IT Virtualization and Containerization techniques is a plus
• Knowledge of AGILE Development Lifecycle (Kanban, SCRUM) is a plus
• Knowledge of modern SW V&V DevOps strategies and EXSS-40C process is a plus
• Ability to operate and efficiently communicate in a multi-national team organisation
• English fluent, German language skills are advantageous

EXPERIENCE LEVEL:

Professional

• Define and analyse customer requirements and contribute to the definition of the adequate System and Software Architecture, ensuring robustness and compatibility with the already existing software modules.
• Define System Design, with particular focus on the Payload and Traffic Models and their inclusion in the Software Architecture.
• Support the coordination of the subcontractors, with particular focus on the System Design phase.
• Define System and Subsystem Level Requirements and related flow down into Software requirements.
• Conduct analysis on Software non-conformances, discrepancies and waivers