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Participate in the industrialization of Launcher Systems and technical support of major sub-contractors; Involved in the setup and technical support of a major sheet metal
You will be responsible for leading the transition of new products and processes from concept development to full-scale volume production environment internally and with key
Your purpose will be to create, pursue, and materialize business opportunities with European Enterprise and Institutional space organisations. You will define the win strategy
The successful candidate will have a deep understanding of electrical aerospace design, systems integration, and component selection and will work closely with other members
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
Lead end-to-end operational architecture, execution, and security of the satellite communication system's ground segment and satellite control (including LEO telecommunication constellations as BeetleSat).
Develop our mission control center infrastructure (general facilities, voice loops, video system, backup power, etc.) and interfaces with the ISS control center (MCC-H); Lead the selection, integration, and maintenance of ground support hardware and
You will be responsible for the definition, planning and execution of the Agency’s Navigation programmes, consistent with ESA Strategy 2040 and taking into account the worldwide environment and its main actors
You will be responsible for both a programme component and a support component. The support component entails the preparation and conduct of flight operations for the Agency’s
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
Ensure that the projects are achieved on-time, within budget and at the required quality; Drive the project team to ensure progression and coordination; Manage the project’s
Management and supervision of aerospace projects; Leadership and coordination of project teams; Project planning and management as well as budget controlling
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
Analyse and understand the internal and/or external customer requirements for FPGAs; Develop and implement robust designs for FPGAs of satellite onboard and ground support
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 a key figure in the company's growth, overseeing both services and products. You will work closely with the CEO and high-profile government and industrial clients in
Participation in the entire design and development cycle of state-of-the-art fixed-wing small and tactical Unmanned Aircraft Systems (UAS) for defense and security applications,
The person would oversee a dedicated team of flight dynamics and software engineers responsible for maintaining the orbits of a cutting-edge constellation of Synthetic Aperture
Work with suppliers on the adaptation of existing air interfaces to our specific needs on future systems. Model the impact of RF impairments and physical layer protocols on our
Design and authentication of data and signals for navigation services. Participation in research and development projects on satellite navigation systems such as EGNOS and GALILEO
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
Monitor analysis plans and progress for assigned projects. Contribute to continual improvement of analysis processes and tools. Manage external CAE resource in coordination with
In this role, you will be involved in the entire sales process as a key technical resource, from initial conversation with the customer to contract signature. You will support the
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
Your duties will encompass active participation in the proposal phase, assembling and leading your mission team, and carry the responsibility to ensure the successful deployment of
Responsible for planning, coordinating, and executing all Assembly, Integration, and Test (AIT) activities for spacecraft, satellite subsystems, or other high-reliability systems
You will help to improve Satellite Operations by developing new procedures and tools. You'll handle fleet maintenance, engage in mock operations pre-launch, and be a critical part
Identify and describe the key functionalities of the system, considering requirements and final user needs. Manage changes in system requirements and configuration during the
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
Lead our software development teams and shape the future of our satellite global LEO GEO infrastructure. This role is critical to driving innovation, ensuring the delivery of
Be responsible for working out, stabilizing & maintaining the Solution architecture for Bids and Projects all along lifecycle incld. design & execution of PCB designs; Responsible
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
You'll play a vital role in designing, procuring, and integrating power subsystems for our current spacecraft projects. You will also have the opportunity to lead the development
Manage all phases of the assigned project – from proposal to delivery to the customer: design, manufacturing, assembly, integration and flight operations. Be accountable for the
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