Spacecraft Operations Engineer (Metop)

Job Description:

We are looking for a Spacecraft Operations Engineer (SOE) with strong engineering skills and proven experience in satellite operations to support our customer EUMETSAT, based in Darmstadt.

As a full member of our dedicated Metop Operations team, you will deliver state-of-the-art spacecraft operations for the Metop series of satellites within the EUMETSAT Polar System (EPS), supporting the transition towards the next generation EPS-SG / Metop-SG programme.

Key Responsibilities:

Plan and execute routine and non-routine spacecraft operations, including recovery operations following anomalies

Investigate spacecraft anomalies, perform trend analysis, and monitor subsystem and instrument performance

Develop, validate, and maintain flight procedures and operations documentation

Contribute to the preparation, commissioning, and operational readiness of upcoming missions and activities

Design and validate innovative operational tools to enhance mission efficiency

Identify and support the implementation of system and process improvements within the team

Participate in simulation campaigns, training exercises, and rotational on-call support

Qualifications/Experience

You hold a Master’s degree in Aerospace Engineering or related area.

You have several years of experience working in spacecraft operations and operations preparation, including ground segment and spacecraft operations validation (e.g. SVTs) and simulations and training.

You have proven experience with spacecraft mission control systems for Earth observation missions, especially SCOS-2000

Essential Skills

System-level knowledge of ground and spacecraft (sub)systems;

Teamwork is key: Your positive and professional attitude.

You have a drive to succeed and a desire to grow professionally.

Proficiency in Python/ VB, etc.

Excellent communication skills.

Negotiation-level proficiency in English

Seniority: Expert

Primary Location: DE - Darmstadt - EUMETSAT

Contract Type: Employee-Permanent

Hybrid Working: Onsite