Description

We are recruiting for the position of Spacecraft System and AIV Engineer for the Polish National Earth Observation Project (CAMILA).

On all technical and programmatic matters, you will report to the Project Manager of the selected National Mission.

You will be technically responsible for the spacecraft engineering (covering all classical engineering disciplines, including launcher interfaces) and AIV/AIT definition. Your responsibilities will include the proactive monitoring of the platform’s industrial procurement within the project (as instrument procurement is under the responsibility of the Payload group).

You will work in close cooperation with your team members, coordinate technical support and assist the Project Manager on all technical and programmatic aspects pertinent to the spacecraft and AIV/AIT scope.

Duties

Your tasks and responsibilities will include:

• bearing technical responsibility for the spacecraft engineering (covering all classical engineering disciplines, including launcher interfaces) and AIV/AIT for the procurement of the Platform up to the Spacecraft Flight Acceptance Review of all eight satellites;
• consolidating and maintaining spacecraft requirements, ensuring their consistent definition and flow-down to system, subsystem and equipment level, in full coherence with the system requirements and operational interfaces;
• monitoring industrial activities related to the procurement of the spacecraft and associated ground support equipment, ensuring suitable planning and progress of work and full compliance with technical and programmatic requirements;
• supervising the spacecraft definition process, ensuring that a robust spacecraft architecture and design are established in a consistent and cost-effective manner;
• consolidating and maintaining the satellite internal/external interfaces and engineering technical budgets;
• ensuring the correct definition of the development, AIV and AIT processes of satellite(s), platform(s), subsystems and units, and monitoring their suitable implementation;
• ensuring the correct definition of all interfaces between launcher and satellite according to the applicable requirements;
• ensuring the preparation and validation of in-orbit operations (FOS) up to flight acceptance review maturity;
• ensuring appropriate architecture and selection of the required ground stations in line with the project needs and requirements;
• working with other project members and coordinating the technical specialists to ensure timely and consistent support through the spacecraft definition, procurement and verification phases;
• providing regular reporting and support to the Project Manager on all the relevant aspects of the spacecraft design, development, procurement and scheduling;
• identifying risks and potential problem areas, proposing mitigation actions where appropriate;
• ensuring the coordination with other National Programmes (where applicable).

Technical competencies

Behavioural competencies

Result Orientation 
Operational Efficiency 
Fostering Cooperation 
Relationship Management 
Continuous Improvement
Forward Thinking

Education

A master's in aerospace engineering or another related engineering subject is required for this post.

Additional requirements

Consolidated experience in space system engineering is required.

You should also:

• have a high level of self-motivation and autonomy;
• have the capability to work effectively in an interdisciplinary team;
• demonstrate flexibility in dealing with day-to-day operational challenges.

The following would be considered assets:

• knowledge of orbital dynamics and analyses;
• familiarity with ESA and industrial procurement processes and standards for space system development, verification and product assurance;
• familiarity with the technical and programmatic characteristics and challenges specific to space system constellations.