Control System Engineer - Innovation

OHB Italia is seeking for the Ground Segment engineering team preferably in Rome a highly motivated
Mission Control System Engineer m/f Ref. a highly motivated Mission Control System Engineer to join the Ground Segment engineering team. The resource will participate in the design, development, integration and maintenance of mission control and communication systems with satellites. The resource will be involved in all phases of the system life cycle, from requirements definition to system operation, collaborating with multidisciplinary engineering and operations teams.
Design the high level architecture of the Mission Control System, and specify its main functionalities.
Follow MIB construction and maintenance, coordinating the input from satellite manufactures and the activities of MIB specialists.
Conduct integration, validation and verification, and testing to ensure that system requirements and performance are met.
Support real-time operations during critical mission phases (launch, LEOP, commissioning).
Prepare system related documentation (Specifications, Design, Technical Notes, User Manuals, Test Procedures and Reports).
Support the operations team to develop, validate, and implement operational procedures for satellite command and control.
Participate in the continuous improvement of processes and technological innovation in the field of mission control.
Knowledge of Mission Control System concepts, mechanism and functionalities, including:

Mission Information Base / Mission Database management
Experience with TM/TC protocols (CCSDS, ECSS) and Mission Control systems (ESOC, SCOS-2000, EGSCC or equivalent).
Familiarity with at least one programming language such as Python, C/C++, Java or Linux environments.
Quality orientation, attention to detail and systemic approach.
Good knowledge of technical English.
Experience with real-time satellite operations.
DOORS) and versioning system (e.Knowledge of IP networks, IT security and distributed systems.
Familiarity with cloud architectures for ground segments (e.g., Ground Station Network as a Service, microservices and containers).
Background in machine learning or automation for space operations.
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