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You will join an efficient team that works on cutting-edge products from their inception to their final assembly in the satellite: our activities range from performing the concept
Own end-to-end design of complex electronics modules and systems, from concept and architecture through schematic, layout, test, and production. Perform detailed design and/or technical guidance and mentorship for software-defined radios (SDR) in space
You will design and procure valves for the propulsion system. This includes creating CAD models and drawings, overseeing production and testing from prototypes to serial
You will oversee all flight dynamics activities across both GEO and LEO missions -till satellite decommissioning, while ensuring satellite health and maximizing the propellant
Develop and validate high-performance actuation systems for satellite attitude control; Define requirements and interfaces for actuators and related subsystems
The main responsibilities include coordinating assembly, integration, and validation (AIV) tasks for Earth observation cameras, as well as managing the production team and planning
Synthesize specifications from industry best practice, performance requirements, environmental requirements and concept of operations; Perform preliminary design to validate
Set up robust and scalable FEA modelling strategies for simulating the behaviour of CFRP pressure vessels and spaceflight structures, particularly focusing on Type 3 Composite
You will be responsible for the definition and implementation of the overall system qualification and validation programme of work for the Secure Connectivity system. You will work
You will be responsible for managing and coordinating the Preparatory Activities, ensuring on time delivery and compliance with the objective of supporting the development and
You will be responsible for supervising all ground segment system engineering tasks relating to the effective design and development of the overall IRIS² ground segment
Supporting ESA’s role of Qualification and Validation Authority of the IRIS² system to ensure that the IRIS² system infrastructure complies with the applicable performance
You will be responsible for tasks relating to the design, development and deployment of the payloads of the Secure Connectivity Space Segment. Monitoring industrial work for the
You will be responsible for the definition, consolidation and update of the overall IRIS² system architecture. You will work at various levels: the system level to define the
You will be responsible for tasks relating to the design, development and deployment of the satellite platform of the Secure Connectivity Space Segment. Contributing to managing
Managing all engineering activities relating to the design, development, qualification, acceptance and validation of the satellites of the Secure Connectivity Space Segment
The candidate will contribute to the development of advanced electronic systems for space applications, working closely within a multidisciplinary project team and providing
You will be involved in the design, verification and validation, including launch and on-orbit operations of the various D-Orbit spacecraft platforms. As AIV engineer, your main
You will lead designing and implementing attitude and orbit control solutions for satellites across various missions. Utilizing your expertise, you will be key in ensuring our
You will collaborate with production and R&D teams to ensure the highest satellite quality and timely delivery. You will play a key role in continuous improvement initiatives, as
Responsible for planning, coordinating, and executing all Assembly, Integration, and Test (AIT) activities for spacecraft, satellite subsystems, or other high-reliability systems
This role has a good blend of technical, management and strategic development, and requires close working with the other Optical Payload Teams (Optical Mechanical, Optical AIV
You will play a vital role in designing and developing advanced antennas for our satellite communication systems. You will also be responsible for preparing and maintaining
Design and analyze satellite communication systems, including size and number of beams, bandwidth, coverage. Design modulation, coding, and multiplexing techniques for reliable
You will be responsible for planning, leading, and executing all spacecraft assembly, integration, and testing activities across the company’s facilities. This role ensures
Lead the design and development of avionics equipment, including but not limited to flight control systems, communication systems and other mission-critical avionics components
Develop and execute test procedures for the satellite-level test and verification campaign in Munich. Support environmental test campaigns on system- and equipment-level. Automate
Ensuring the reliability, safety, and quality of a spacecraft program, including the mass production of satellites by implementing robust product assurance (PA) processes,
You will take a leading role in the design, development, and testing of our ECR- based ion thruster technology, from pre-design to flight! This is a unique opportunity to apply
The role will be involved in working with engineering to share your electronics expertise, as well as dealing with manufacturing data packs and test procedures, ensuring delivery
Development of end-to-end validation test cases for satellite missions; Design of operations-representative test scenarios; Development of simulator and system scripts in support
The position will support and coordinate the ground segment and system level engineering regarding several Sentinel missions, and in future also for the upcoming CO2M mission