Senior RTL Design Engineer – Telecom

Company and Position Profile:

Noesis Technologies develops exciting state-of-the-art telecom technologies in the fields of IoT, Power Line Communication, Smart Grid/ Smart Home, 5G Cellular, Data Security & Integrity, Wireless Sensor Networks as well as Wireless & Wireline transmission systems. The company focuses on the innovative design of hardware accelerated, reconfigurable, physical layer (PHY) baseband processors and in this framework of activity they are looking for a visionary, proactive and talented RTL Design Engineer to join their dynamic team. As a logic design engineer, you will be involved in all aspects of the design, from feasibility study, architectural definition, RTL design and verification up to silicon (FPGA or ASIC) bring-up and performance characterization.

Learn more about Noesis Technologies here [EN] and here [GR].

Key Qualifications:

  • The ideal candidate will have five or more years of experience in logic design with the following skills required:
  • RTL design using, VHDL, Verilog or SystemVerilog, assertion writing.
  • Design of state machines, data paths, clock domain crossing logic, parameterized architectures.
  • FPGA/ASIC Logic synthesis, timing constraints, static timing analysis.
  • Design For Testability (DFT), understanding of scan concept and writing DFT friendly RTL.
  • RTL/Gate level verification, writing self-checking, automated test benches.
  • Experience in Matlab/Simulink modelling of telecom algorithms is a plus.


  • Bachelors or Masters Degree in Electrical Engineering or Computer Science. 

Why Should You Apply?

Noesis Technologies offers competitive salary, excellent working environment, opportunity to design state-of-the-art technology and participate in large exhibitions around the world. The candidate will join our team in our RnD center, in Patras Science Park, Patras, Greece.

Application process:

If you believe that you want to join our company, please forward your CV to info@noesis-tech.com (Reference number: Sr_RTL_03).


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