5G Telecom Engineer
Il y a 2 mois
Luxembourg
LUXUAV
Temps plein
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IINDFKWOTGK
Apply for this position and join us in building Europe’s next generation infrastructure.
Our values are rooted in responsibility, readiness, and long term thinking. We believe sovereignty must be designed into systems from the start. Readiness is achieved through capability, not procurement. Autonomy is infrastructure, not a feature. We build with the understanding that modern systems carry long term consequences. That is why we prioritise reliability over novelty, integration over isolation, and sustained capability over short term advantage.
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Position
Role Overview
We are building compact airborne-based communication platforms. We are
looking for a permanent, hands-on engineer to lead the design and development of these
nodes: the radio stack on SDR, the RF integration, and the networking around it. This is a
technical lead role, not a management one. You own the build. Programme, customer, and
stack shortlist are shared during the interview process.
Key Responsibilities
Design, build, and integrate the software-defined 5G NR/LTE node on SDR hardware, from the RF front-end through L1/L2 to an onboard core.
• Own SDR bring-up and RF integration: SDR platforms, PA, filtering, and antenna chain, TDD timing, and calibration.
• Configure and extend the RAN stack (srsRAN, OpenAirInterface, or a commercial equivalent) and integrate the mobile core (5GC/EPC).
• Design and implement the networking: IP routing, gateways, backhaul, and mesh-to-5G interconnect, with end-to-end connectivity and performance.
• Collaborate with the RF/array specialist on integrating the RF front-end, including phased-array options, into the node at the array-to-L1 boundary.
• Stand up bench and hardware-in-the-loop test, measure and optimise throughput, latency, and coverage, and drive the node from lab to field trials Experience & Skills Must have
• Hands-on industrial experience developing and integrating 4G/5G RAN systems, not research-only.
• Very strong SDR
skills:
USRP-class or similar hardware and software-RAN (srsRAN, OpenAirInterface, or commercial), including RF front-end integration.
• Solid network engineering: IP routing, 5GC/EPC, transport and backhaul, and the ability to design and debug end-to-end.
• Strong C/C++ for real-time and embedded systems, with Python for automation and test.
- Working knowledge of 5G NR/LTE L1/L2 and O-RAN architecture (Open Fronthaul 7
- 2x, O1, and the FAPI PHY-MAC API), enough to integrate and optimise.
• English at upper-intermediate level or above, and the ability to work with adjacent engineering teams.
• Free criminal record Nice to have
• RF, antenna, and phased-array familiarity.
• Mesh networking (MANET) and secure transport (VPN, SD-WAN).
• Airborne, UAV, aerial-relay, or NTN experience.
• EU spectrum and regulatory familiarity.
• Track record taking a node from prototype to field trials
• National from a NATO member country or one of the following NATO Indo-Pacific partners: Australia, Japan, South Korea, New Zealand or Ukraine.
Key Responsibilities
Design, build, and integrate the software-defined 5G NR/LTE node on SDR hardware, from the RF front-end through L1/L2 to an onboard core.
• Own SDR bring-up and RF integration: SDR platforms, PA, filtering, and antenna chain, TDD timing, and calibration.
• Configure and extend the RAN stack (srsRAN, OpenAirInterface, or a commercial equivalent) and integrate the mobile core (5GC/EPC).
• Design and implement the networking: IP routing, gateways, backhaul, and mesh-to-5G interconnect, with end-to-end connectivity and performance.
• Collaborate with the RF/array specialist on integrating the RF front-end, including phased-array options, into the node at the array-to-L1 boundary.
• Stand up bench and hardware-in-the-loop test, measure and optimise throughput, latency, and coverage, and drive the node from lab to field trials Experience & Skills Must have
• Hands-on industrial experience developing and integrating 4G/5G RAN systems, not research-only.
• Very strong SDR
skills:
USRP-class or similar hardware and software-RAN (srsRAN, OpenAirInterface, or commercial), including RF front-end integration.
• Solid network engineering: IP routing, 5GC/EPC, transport and backhaul, and the ability to design and debug end-to-end.
• Strong C/C++ for real-time and embedded systems, with Python for automation and test.
- Working knowledge of 5G NR/LTE L1/L2 and O-RAN architecture (Open Fronthaul 7
- 2x, O1, and the FAPI PHY-MAC API), enough to integrate and optimise.
• English at upper-intermediate level or above, and the ability to work with adjacent engineering teams.
• Free criminal record Nice to have
• RF, antenna, and phased-array familiarity.
• Mesh networking (MANET) and secure transport (VPN, SD-WAN).
• Airborne, UAV, aerial-relay, or NTN experience.
• EU spectrum and regulatory familiarity.
• Track record taking a node from prototype to field trials
• National from a NATO member country or one of the following NATO Indo-Pacific partners: Australia, Japan, South Korea, New Zealand or Ukraine.