able to switch between solo work and close collaboration. Even better if you: Can read schematics or interpret RTL, particularly helpful for supporting hardware teams. Have experience developing for Xilinx MPSoCs (ARM) or STM32 platforms. Know your way around I2C, SPI, PCIe, and embedded driver development. Understand networking concepts and distributed systems architecture. Are comfortable becoming a domain expert in More ❯
essential. Competence with MS Office tools to present technical information and generate concise reports. Preferred qualifications: Experience of FPGA development using VHDL, simulation, and top-level integration particularly using Xilinx design tools (Vivado). Good understanding of well-known Wireless Communications standards, in particular the DVB-S2(X), DVB-RCS(2) and CCSDS standards. Understanding of digital and analogue hardware More ❯
light driven by real-time FPGA systems and networked equipment. Quantum states are read out using precisely tuned lasers and CMOS sensors, with the entire hardware system orchestrated by Xilinx FPGAs and SoCs. The Electronics Engineering team is responsible both for understanding and enhancing our existing lab-grade electrical systems and for architecting, designing and producing data centre quality systems More ❯
Reading, Berkshire, United Kingdom Hybrid / WFH Options
All.Space
years' experience as a firmware developer FPGA firmware architecture design Signal processing theory of RF signals, ADC and DAC Digital electronic design Digital signal processing (DSP) design Experience with Xilinx FPGAs (RFSoC, MPSoC, Ultrascale+, etc.) Experience with Xilinx design suite (Vivado, Vitis, Petalinux, etc.) Use of bench equipment (e.g. spectrum analyser, oscilloscope, RF signal generator, network analyser) Linux Git TCL More ❯
