Job Description As a skilled 5G DSP System Engineer, you will play a key role in developing and implementing cutting-edge physical layer algorithms for 5G radio systems. Our team is working on a constellation of last-generation nanosatellites that act as mobile towers. We provide integral and continuous connectivity under the 5G protocol to complement large telecommunications companies. Key Responsibilities: Design and develop signal processing algorithms for 5G wireless systems with focus on advanced physical layer functions. Implement and simulate algorithmic prototypes using MATLAB, ensuring functionality and performance in simulated environments. Translate algorithmic models into structured, modular C/C++ code, targeting efficient hardware implementation. Collaborate closely with the FPGA design team to ensure seamless integration of the algorithms into FPGA-based platforms via High-Level Synthesis (HLS). Perform end-to-end system simulations and contribute to the development of reference processing chains for 5G use cases. Validate and optimize algorithmic performance across a range of channel models and test vectors, ensuring alignment with 3GPP specifications. Requirements Master's or Ph.D. degree in Electrical Engineering, Computer Engineering, Telecommunications, or a related field. Proven experience in DSP algorithm design for wireless communication systems, ideally within the 5G NR framework. Strong understanding of digital communications theory, including modulation, channel estimation, equalization, and MIMO processing. Hands-on experience with MATLAB for algorithm development and simulation. Proficiency in structured C/C++ coding, with focus on performance, modularity, and hardware-compatibility. Solid foundation in the 5G PHY and Low-PHY layers, with familiarity in signal chain requirements and standard compliance. Experience with version control, code documentation, and unit testing frameworks. Nice to Have: Familiarity with High-Level Synthesis (HLS) workflows and constraints for FPGA-based systems. Prior exposure to radio transceiver architectures and baseband signal processing pipelines. Experience working in cross-functional teams involving hardware and systems engineers. Good understanding of system-level trade-offs including latency, throughput, and power constraints. Excellent problem-solving skills and analytical thinking. Strong communication skills and the ability to work collaboratively in a fast-paced, innovative environment. Passion for continuous learning and staying current with emerging wireless technologies.