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to operate as a passive radar, active radar, communication node and spectrum surveillance tool. FPGA development on the system of each of these modes will be an objective in order to deliver novel research
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-level layer implementations - extend hardware developments to use near-FPGA DDR and HBM memories - create functional demos using networks of interest (Yolo, Resnets, LLMs, ...) - create proof-of-concept
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topics. Candidates should have some experience working with FPGAs as well as an understanding of computer networks. Experience with both RTL and HLS design is favoured. The ideal candidate would have some
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resource. The project will combine algorithm development with hardware-aware modelling and evaluation on FPGA-based platforms. The successful candidate will have the opportunity to help define new approaches
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Switzerland. Develop a prototype hardware implementation of different signal processing algorithms on FPGA, optimized to significantly improve the resolution of real-time energy measurements made by the ATLAS
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acquisition and signal processing with FPGA and embedded systems. Job Description Primary Duties & Responsibilities: Information on being a postdoc at WashU in St. Louis can be found at https
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-constrained edge hardware. Your primary responsibilities include integrating and deploying SDR platforms — such as USRPs, FPGAs, and Raspberry Pi 5 — and implementing, optimizing, and benchmarking AI and
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for real-time data acquisition and signal processing with FPGA and embedded systems. Job Description Primary Duties & Responsibilities: Information on being a postdoc at WashU in St. Louis can be found
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, spectrum analyzer, or FPGA-based data acquisition. Cryogenic measurements and equipment maintenance, preferably dilution refrigerator. Knowledge about low-noise microwave characterization, including use
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involves: Hardware integration – assembling measurement systems from individual components (e.g., signal generators, spectrum analyzers, antennas, mixers, SDRs, FPGAs, ADCs/DACs) Test system validation