ARQUIMEA , we are a technology company operating globally and providing innovate solutions and products in highly demanding sectors. Our areas of activity are Aerospace, Defense & Security, Big Science, Biotechnology and Fintech. We are looking for a Digital Signal Processing Engineer for satellite communication applications with the mission of taking responsibility for designing and developing SDR architectures for satellite communication payloads and their subsystems . Task to be performed Development of signal processing algorithms: filters (FIR, Poliphase, Frequency Domain Filter), modulators/demodulators, FFTs, correction of non-linearities, noise reduction, error-correcting, non-linearity correction, channel estimation, and equalization, ... etc. Modeling and numerical simulations (Matlab/simulink, C/C++, Python) to validate performance. Integration algoritms and models on FPGA hardware. Analyzing and criticizing solutions by using quantitative metrics. Collaborating with digital hardware design (FPGA) and embedded software teams to integrate algorithms into real-time platforms.



Deployment of prototypes and characterization under real conditions using RF test equipment (RF generators, spectrum analyzers, etc.). Working in a multidisciplinary team implementing signal processing algorithms. Plan and execute tasks in collaboration with the product team to ensure project objectives are met. Required skills, experience and candidate profile: Bachelor's degree in Electronics Engineering / Telecommunications or similar. MSc in Electronics Engineering / Telecommunications or similar. A PHD degree is highly valued. Minimum of 5 years’ experience in a similar position. Previous experience in the design and development of SDR communication systems at hardware and firmware level. Basic knowledge of digital hardware design concepts. Proficient in using simulation tools to evaluate features of the signal processing solutions: Matlab/Simulink, Python and C/C++ Knowledge in B

📌 Digital Signal Processing Engineer (Madrid)
🏢 Arquimea
📍 Madrid