Telespazio Belgium

Engineer

• Aid to the definition of requirements, architectures, deployments and verification methods for Virtual Reality, Augmented Reality and/or Extended Reality software systems for use-cases like Operations Support, Astronaut Training, Digital Twin and Simulation and Outreach activities.
• Provide support to Projects on in this area using novel methods and tools.
• Assist in the coordination of technology development activities related to AR/VR/XR, focusing on the future needs of the application areas, and facilitating the use of AR/VR/XR technology in these areas.
• Provide support in the definition and development applications in the Future Engineering Laboratory.
• Assist the relevant working groups in the XR Team that aims to facilitate knowledge transfer, foster cross-collaboration, generate strategic outcomes and inspire Europe.

Virtual Reality, Augmented Reality, Extended Reality Engineer

QA Engineer

• Support the European Union Agency for the Space Programme (EUSPA) in managing anomalies, non-compliances, and dependability-related activities across operational and certification domains
• Provide secretariat support to EUSPA’s Anomaly Review Boards (ARBs) and Service Requirements Non-Compliance Management Boards
• Escalate operational anomalies and non-compliances that may impact EUSPA’s strategic objectives
• Monitor and control closure plans and recovery actions, ensuring proper flow-down to relevant projects
• Conduct trend analysis of anomalies and non-compliances across system segments
• Ensure timely resolution of AR/NCR actions in accordance with contractual KPIs
• Contribute to the definition, implementation, and follow-up of Reliability, Availability, Maintainability, and Safety (RAMS) programs, including integration with Integrated Logistics Support (ILS) data and RAMS baseline maintenance
• Act as expert reviewer during milestone reviews, assessing RAMS analyses such as FMECA, FTA, and Common Mode/ Cause Analysis
• Support spare stock dimensioning through as-operated data analysis, including dependability, obsolescence, and maintainability reporting
• Assist in software product assurance activities, particularly in support of safety and certification processes
• Support the tailoring and implementation of Product Assurance and Safety baselines based on applicable standards and requirements
• Provide RAMS input to risk assessments and maintain the EUSPA Critical Item List under configuration control
• Follow up on certification audit findings to ensure timely and complete closure

Product Assurance, Quality Assurance, RAMS Support Specialist

Project Manager

• Provide project management support on core PMO activities: budget, schedule, risks and reporting
• Produce summaries, visual content, Excel overviews, Pivot tables and dashboards on PMO subjects
• Monitor progress of transversal projects involving multiple EUSPA departments and stakeholders
• Plan, coordinate and launch Quarterly reviews via DMS; collect inputs, quality check, draft summaries and review documents and Annexes
• Prepare Data Packs for CADM dispatch and support statistical/legal reporting iterations
• Support asset management interfaces between project managers and EUSPA Asset Manager; manage programme inventories and reporting to EC
• Define and follow up programme/project KPIs and maintain project portfolio dashboards, especially for R&I and grants
• Review, prepare, collect and disseminate internal comments on external ad-hoc documents; monitor action items
• Interface with external stakeholders to improve processes and operations
• Support risk and opportunity management: maintain registers, prepare inputs for Risk Management Boards, update risk plans and mitigation follow-up
• Support schedule management: prepare inputs for Schedule Management Boards, maintain integrated schedules, identify/resolving conflicts, generate alerts and provide risk/cost-adjusted schedules

Project Management Officer

Support Engineer

• Actively monitor the activities of the HRE Science Data Centre (SDC)
• Coordinate the interaction with SDC and ESAC for bi-weekly HREDA Technical Meetings
• Support the HRE interactions with other archiving systems (e.g. NASA Genelab, etc.)
• Technically assess the HREDA IT capabilities and their evolution towards Agency-to Agency, Agency-to-ESA Member State(s), Agency-Directorate-to-Directorate cooperations and needs
• Foster the IT evolution of the HREDA IT environment (e.g. ESA Datalabs initiative), such that HRE offers an accessible, easy-to-use and powerful dissemination platform
• Liaise with the Artificial Intelligence / software development team (HRE-FI), to leverage the datasets hosted in HREDA
• Maintain an up-to-date technical dossier about the HRE Archiving IT environment, and its related processes (e.g. Data Ingestion, Digital Object Identifiers (DOI’s) management, etc
• In cooperation with the ESAC team, consolidate the HRE reporting needs from the HREDA IT environment, via the definition of dedicated web-based dashboards
• Assist the user communities and the ESA teams in facilitating their use of the HREDA IT environment
• Maintain a good understanding and consolidate an overview of the data valorisation initiatives / efforts supported by other space research entities (e.g. thematic research databanks)
• Contribute to the HRE archiving reporting in the frame of the Long-Term Data Heritage (i.e. Heritage Space Data) programme
• Support the HRE Archiving Panel activities (virtual meetings on a bi-monthly basis)

Support Engineer, Data Archiving

Business Development Rep

• Support the Commercialisation and Innovation Team Leader in management of industrial utilisation of human and automated LEO infrastructures
• Support implementation of industrially driven and co-funded utilisation projects using ISS and/or future human or automated LEO infrastructures and services
• Provide technical evaluations for commercial activity proposals (ProCeCA) and reports to the Utilisation Implementation Board
• Support management of activities for commercial partnerships related to focused science for exploration and utilisation and develop new exploration capabilities (crew health, performance, habitation)
• Provide technical support for utilisation of ESA services and implementation of RFIs, Calls for Ideas and Invitations to Tender related to industrial LEO services
• Develop and produce regular internal progress and technical status reporting, including inputs for the Annual Report on E3P Commercial Activities for PB-HME
• Support assessment of markets enabled by utilisation of automated and human LEO infrastructures and promotion via ESA Business in Space Growth Network Web Portal and digital campaigns
• Support delivery of community engagement events, innovation challenges, contract management, acceleration initiatives and commercial scaling in coordination with ESA directorates

Business Development Engineer, Exploration

Systems Engineer

• Contribute to the definition, analysis, and consolidation of system requirements and their flow down to segments
• Interface with ESA and other contractor companies for technical matters
• Support the development and design of architectures for space systems, specifically for Galileo 2nd Generation
• Support system reviews through projects’ lifecycle on system engineering aspects
• Elaboration of technical and contractual documentation (DCN/DCP, RFW/RFD, DDF, DJF, IRDs etc.)
• Plan and follow tasks in a structured and pre-agreed manner with managers and stakeholders
• Work in an international team and in cooperation with system engineering and security experts
• Work within ESTEC (Netherlands) as a contractor for Telespazio Belgium; relocation to the Netherlands is required

Navigation Systems Engineer

• Support the Head of the RF Payload Architects, comms subsystems and digital equipment Section for engineering matters
• Contribute to engineering work in RF communication subsystems (e.g. TT&C, PDT, ISL subsystems) in support to ESA Projects
• Provide expertise to support Projects (and Studies) throughout all project phases
• Perform and document relevant analyses; support implementation of industrial project activities
• Perform in-house design and trade-offs to support project specific technology developments
• Carry out computer simulations at system/subsystem level for assessment of end-to-end RF comms subsystems and TT&C/PDT subsystems performance
• Provide hands-on RF comms subsystems modelling and testing support to projects with coordination with Laboratory Service
• Identify, implement, validate, and operate relevant section tools, including software, hardware and data related tools
• Participate in development, validation, deployment and maintenance of relevant internal software tools and databases
• Operate tools to support Projects or ESA R&D activities
• Provide technical inputs to definition of technology roadmaps and contribute to reviews and meetings
• Monitor scientific and technological trends and maintain state-of-the-art expertise in RF comms subsystems
• Contribute to definition of technical requirements and statements of work for tasks performed by industry
• Review output from industry/academia and provide inputs to ESA Technical Officer; conduct software or hardware tests in Divisional laboratory when relevant
• Specify, design, develop, verify and accept TT&C/PDT subsystems including associated EGSE and related equipment
• Design and implement functions and techniques: modulation, signal synchronisation, digital signal processing, error control coding
• Support industrial activities and procurement of TT&C/PDT subsystems and associated EGSE and equipment
• Apportion requirements and generate specifications from subsystem down to equipment and antenna
• Study and implement new architectures, technologies and techniques for TT&C/PDT subsystems; support harmonisation process
• TT&C/PDT subsystems assembly, integration, testing (AIT), characterisation and validation activities
• Develop simulation tools and paradigms for design, development and performance evaluation of TT&C and PDT subsystems
• Implement laboratory activities associated to testing, characterisation and performance assessment of TT&C and PDT subsystems

RF Communications Subsystems Engineer – TT&C/PDT

Electrical Engineer

• Microelectronic design for Integrated Circuits (digital and mixed-signal, wired and wireless), FPGA, IP Cores
• Microelectronic development projects from conception through qualification to application
• Microelectronics functional and performance verification, validation, qualification and acceptance
• Microelectronic technology, design methods and tools from HW-SW co-design, architecture modelling/analysis, circuit (schematic/hardware description languages), (high-level) synthesis, place and route, layout to verification, validation testing and application deployment
• Management, monitoring and supporting of industrial microelectronic activities
• Microelectronic standards for commercial and space applications
• Implementation of digital signal processing algorithms in FPGAs, accelerators, digital signal processors, microprocessors and/or ASICs
• FPGA, RF-SoC and/or ASIC design, simulation, verification, debugging, synthesis, layout and tools
• Design methodology and tools for reusable IP cores
• Integrated circuit functional, electrical, and environmental testing
• Collaboration with ESA sites, mainly ESTEC; contractor role for Telespazio Belgium; relocation to the Netherlands required

Senior Microelectronics Engineer

• Support preparation and execution of Galileo Satellites Payload In Orbit Test (IOT) activities from the ESEC Galileo IOT Station
• Supervise and execute Galileo satellite IOT campaigns based in ESEC
• Operate Galileo Test Receivers used to validate navigation signals
• Follow up technical procurement of IOT ground infrastructure updates
• Support installation and improvement of Galileo complementary IOT infrastructure (hardware and software)
• Perform validation and documentation of IOT activities and infrastructure
• Follow up verification and validation of the IOT ground infrastructure
• Coordinate operations and maintenance activities at ESEC related to satellite commissioning and hosting of IOT infrastructure
• Support further development of Galileo IOT infrastructure (definition, installation, validation)

In-Orbit Test Engineer, Galileo

Data Scientist

• Play a crucial role in EO-related projects under technical and operational constraints.
• Analyze and process multi-source EO data (satellite imagery, LiDAR, drone datasets) to extract insights.
• Develop and validate machine learning models for classification, detection, segmentation, or prediction using EO data.
• Design and implement scalable and reproducible EO data processing pipelines (from ingestion to inference).
• Contribute to the development of Max-ICS by designing and implementing generic AI models and reusable data processing pipelines and proposing new analytical features.
• Collaborate with engineers to optimize EO data storage and retrieval and ensure AI model reproducibility and traceability.
• Engage with stakeholders to understand requirements and deliver actionable, data-driven products.
• Produce technical reports, models, documentation, and contribute to scientific publications.
• Stay up to date with latest research and technologies in EO, remote sensing, and AI.
• Communicate effectively across teams and provide training/support to colleagues or partners on EO data and analytical tools.