Key Responsibilities
- Lead and actively contribute to cutting‑edge 6G research projects.
- Design, develop, and validate advanced algorithms and mechanisms for 5G/6G (e.g. L2/L3, security).
- Integrate and utilize Data Processing Units (DPUs) and/or hardware accelerators (e.g., NVIDIA A100) for real‑time wireless protocol processing.
- Develop and maintain Hardware‑in‑the‑Loop (HWIL) simulation environments to test and verify algorithm performance.
- Contribute to the architecture and development of a comprehensive 5G/6G network digital twin platform.
Requirements
- Proven experience in designing (or validating) Radio Resource Management (RRM) algorithms/mechanisms (L2, L3) with the use of HW
- Strong competence in using DPUs (Data Processing Units) and hardware accelerators (e.g., A100) in the context of wireless protocols.
- Good knowledge of 5G/6G system architecture and emerging trends.
- Deep understanding of architectures for high‑performance data processing and acceleration.
- Good command of English.
Nice‑to‑Have
- PhD in Wireless Telecommunication or Computer Science.
- Good command of Python.
- Knowledge of C/C++.
- Experience with network simulation tools.
- Familiarity with 3GPP/O‑RAN standards.
About IS‑Wireless
IS‑Wireless is a top European deep‑tech innovator, awarded theEIC Seal of Excellence and holder of 10+ patents. As a NATO DIANA 2025 innovator, we operate as a dual‑use company, building ultra‑resilient, secure and resource‑efficient 5G networks for both industrial and tactical applications.
Our patented Liquid RAN technology represents a new generation of open, disaggregated radio access designed for exceptional reliability, flexibility, and resource efficiency. It enables rapid restoration and redeployment of base stations, even in volatile or degraded environments.
We value creative problem‑solvers, unconventional thinkers and deep domain experts who thrive in demanding scenarios.
