IRIS2 Physical layer System Architect

OverviewWe are looking for an enthusiastic and skilled system architect to join our team and play a critical role in defining the end-to-end system architecture of our next generation European LEO satellite communications system (IRIS²). In this position, you’ll work closely with internal engineers, architects, product and business development managers, and external suppliers leading the development of system components. You will write technical requirements, perform system trade studies, define the concept of operations, and maintain the technical baseline, including all the interface definitions. You will work closely with the program and the Integration & Test team to ensure that the system is developed and is fit for purpose. This is a unique opportunity to make a significant impact within an organization that values growth, teamwork, and professional development.Who You AreYou’re a system engineer who’s architected and followed the deployment and refinement of at least one large multi-user, bi-directional wireless communications system. This doesn’t have to be a satellite-based system.You’ve worked with or for comms system component suppliers, leading design reviews from either the supplier or customer side.You have a deep understanding and experience in the system development, integration, verification, and validation process.Possess 5-10 years of industry work experienceWhat You’ll DoParticipate to the definition of the end-to-end system Architecture and the associated documentation: Design Definition File and Design Justification File for the justification of the design choicesPerform the System trade-off and more particularly the trade-off related to physical layer design, for example on air interfaces trade-offs, time management, and all inter-segments trade-off related to physical layerDefine and implement processes for making and tracking key architectural decisions and changes using selected and appropriate tools.Work in collaboration with the engineering tools manager to develop the functional architecture model and methodology, coordinate functional architecture activities within the architecture teamWork in collaboration with interface manager for the consistency of the overall modelWork with payload, UT and GW teams on the main physical layer related trade-off and take relevant decisionsDefine CONOPS to ensure that the system functional flows are clearly definedContribute to system requirements writing for the topics you are in chargeWhat You’ll NeedAs well as systems engineering experience, you should have deep expertise and prior experience on the following specific areas:Strong background in the integration of all system segments including Payload, Mission Segment, Core Network, RAN, Core Network, User Terminal, BSS and OSS.Background in adaptations of communications systems for satellite deployments.Understanding of security / integrity protection both of User Data and the control / management systems.Knowledge about NTN features would be appreciated.You also should have experience of using various systems engineering software tools for requirements management and model-based systems engineering.You also should have experience of using various systems engineering software tools for requirements management and model-based systems engineering.Where You’ll WorkIdeally based in one of the Eutelsat Group head quarter offices within the European Union, Paris, France or Torino, ItalyFlexible in-office and from-home remote workInternational travel requiredThe Eutelsat Group treats the protection of personal data submitted to it seriously. By submitting this application, you agree to the collection and retention of your personal data by the Eutelsat Group and acknowledge notice of, and understand the terms of Eutelsat’s Privacy Policy (as amended from time to time).This role is a Eutelsat Group job opening; all of our open roles are posted on the current OneWeb and Eutelsat websites. Please note that when you are applying, your application may be seen by both teams. #J-18808-Ljbffr