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Job Description
Design digital communication systems using platforms including software defined radios (SDRs) and FPGAs.Responsibilities include:
Functional modelling of DSP algorithms and their implementation in RTL (Verilog/VHDL) or high-level languages (C/C++).Supporting the evolution of our custom space-tailored radio platforms.Main Technologies Used
Verilog/SystemVerilogYosys/Xilinx VivadoPythonC/C++GNURadioQualifications and Skills
The required experience and skills are:
Expertise in developing signal processing algorithms for communication systems in Python, C/C++ or Matlab using both floating point and fixed-point design techniques.Experience in migrating modeled algorithms to implementations in FPGAs or SDR frameworks.Understanding of RF concepts such as AGC, noise figure, power amplifiers, phase noise, PLL, oscillators/mixers.Desirable qualifications include:
Experience with SDR frameworks like GNU Radio.Experience with Xilinx Zynq or Zynq UltraScale+ FPGAs, Analog Devices AD9361, and other RF chipsets.Some scripting experience, especially in Python.Knowledge of coding theory such as LDPC, Turbo codes.Good English skills (B1 or higher).About the Company
Our client is a highly qualified team with over twelve years of experience in CubeSat development, employing state-of-the-art technology based on European standards (ESA-ECSS). They are leaders in the small satellite sector in Spain, Europe, and Latin America, with projects backed by ESA, NASA, UNOOSA, AEB, and INTA.What We Offer
Competitive salary based on experienceRemote work possibilitiesCasual, team-oriented work environmentOpportunity to work on leading projects in the New Space IndustryIndefinite contractGrowth and development opportunities with passionate expertsPosition
We are seeking a
DSP Engineer
to develop radio embedded solutions for space communications systems, supporting DSP algorithm implementation in FPGAs and embedded Linux environments.
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