algorithms in VHDL for FPGAs designing PCBs using FPGAs, SoCs, high speed network interfaces and analogue/RF signal filtering performing schematiccapture using OrCAD managing PCB layout, fabrication and assembly subcontractors setting to work PCBs including writing test firmware and software developing Linux device drivers for More ❯
interfaces and analogue/RF signal filtering; • simulating and implementing signal, image, or data processing algorithms in VHDL for FPGAs; • performing schematiccapture using OrCAD; • managing PCB layout, fabrication and assembly subcontractors; • setting to work PCBs including writing test firmware and software; • developing Linux device drivers for More ❯
interfaces and analogue/RF signal filtering; simulating and implementing signal, image, or data processing algorithms in VHDL for FPGAs; performing schematiccapture using OrCAD; managing PCB layout, fabrication and assembly subcontractors; setting to work PCBs including writing test firmware and software; developing Linux device drivers for More ❯
interfaces and analogue/RF signal filtering; * simulating and implementing signal, image, or data processing algorithms in VHDL for FPGAs; * performing schematiccapture using OrCAD; * managing PCB layout, fabrication and assembly subcontractors; * setting to work PCBs including writing test firmware and software; * developing Linux device drivers for More ❯
interfaces and analogue/RF signal filtering; * simulating and implementing signal, image, or data processing algorithms in VHDL for FPGAs; * performing schematiccapture using OrCAD; * managing PCB layout, fabrication and assembly subcontractors; * setting to work PCBs including writing test firmware and software; * developing Linux device drivers for More ❯
and optimization of advanced digital hardware for satellite communications and embedded processing systems. Own the full hardware development lifecycle – from architecture definition to schematic design, component selection, layout … bring-up, qualification, and production handoff. Direct the design and development of analogue, digital, RF, mechanical, and system-level hardware. Guide schematiccapture, PCB layout, signal integrity, power integrity, thermal analysis, EMI/EMC, and RF validation efforts. Oversee extensive testing and validation processes to meet stringent More ❯
and optimization of advanced digital hardware for satellite communications and embedded processing systems. Own the full hardware development lifecycle – from architecture definition to schematic design, component selection, layout … bring-up, qualification, and production handoff. Direct the design and development of analogue, digital, RF, mechanical, and system-level hardware. Guide schematiccapture, PCB layout, signal integrity, power integrity, thermal analysis, EMI/EMC, and RF validation efforts. Oversee extensive testing and validation processes to meet stringent More ❯
Guildford, England, United Kingdom Hybrid / WFH Options
Yoh, A Day & Zimmermann Company
hand. What we’re looking for: Proven experience in high-speed digital hardware design for complex embedded systems Strong background in schematiccapture, PCB layout (multi-layer), and system-level integration Experience leading hardware development projects and mentoring engineers Familiarity with signal integrity, power integrity, and bring More ❯