Mission Control Systems Engineer | Space Sector

• Long-term project.
• Client: Capgemini.
• Sector: Space / Satellites and Constellations.
• Location: Arganda del Rey, Madrid.
• Hybrid modality: 3 days remote and 2 days in-person per week.
• For interesting profiles residing outside of Madrid, additional support for necessary travel may be considered.
• Possibility to work via freelance modality.
• Project initially planned until March 2027, with the possibility of extension.

• Between 6 and 9 years of professional experience.
• Experience in Systems Engineering applied to Mission Control Centers and/or Payload Control Centers.
• Knowledge of technical interfaces, data flows, and payload management.
• Knowledge of communications engineering.
• Knowledge of RF Link Budgets and antenna design.
• Experience with software systems, networks, and IT infrastructure.
• Experience in the design, development, integration, verification, and operation of MCCs.
• Experience or knowledge of routing algorithms for satellite constellations, including Intersatellite Links.
• B2 English, spoken and written.
• Nationality of a European Union Member State.
• Availability to undergo the necessary process for an EU Secret Clearance.

• DOORS and/or JAMA. In case of not having this knowledge, training is provided.
• Previous experience in large space programs.
• Knowledge of ECSS standards.
• Other European languages.

We are looking for a profile specialized in space systems engineering who wants to participate in a project of high technological complexity related to satellites, constellations, and mission control centers.

At KRELL Consulting, we are looking for a Mission Control Systems Engineer with experience in systems engineering for Mission Control Centers (MCC) or Payload Control Centers, to participate in a major project in the space sector.

• Technical design and definition of Mission Control Centers.
• Systems engineering applied to satellites and constellations.
• Requirements definition and management.
• Analysis of interfaces and data flows within the Ground Segment.
• HW and SW requirements definition.
• Analysis of architectures and technical alternatives.
• Technical coordination with suppliers.
• Monitoring of MCC integration processes within the Ground Segment.
• Definition of verification and validation concepts.
• Preparation of operational requirements and procedures.
• Technical support during the operational phase and anomaly resolution.