Own the electrical architecture and system-level design for high-speed digital communication systems, defining how RF and mixed-signal designs, complex multi-layer PCBs, and subsystems fit together
Define system-level architecture for multi-gigabit networking and complex digital power trees, and drive system trades that shape architecture decisions across the product
Set technical direction and review schematic capture, layout, and bring-up across a variety of digital systems including FPGAs, microcontrollers, and their associated peripherals
Collaborate across hardware and software teams with RF engineers, antenna engineers, FPGA engineers, and firmware engineers to optimize system performance and overall design
Guide prototype testing and performance assessment in the lab and in the field, with an eye towards system-level root cause and risk
Partner with production teams to ensure the overall system architecture supports testable and manufacturable products that we can integrate in-house
Qualification
Experience with troubleshooting EMI/EMCDeep understanding of signal integrityAdditional Requirements
Required
5-7+ years of professional experience in electrical design, including experience operating at the system or architecture level
Proficient in high-density/high-speed design (including FPGAs, high speed data converters, SerDes, 10/100 GigE, networking, JESD204C)
Proficient in schematic capture and good PCB layout design
Experience with troubleshooting EMI/EMC, either conducted or radiated
Knowledge of PCB materials and developing board stack-up definition
Experience with full product lifecycle (concept through production), including owning architecture-level decisions across that lifecycle
Preferred
5+ years of experience designing high-speed mixed-signal electronics and complex multilayer PCBs for FPGA- or processor-based systems
Strong expertise in high-speed interfaces and networking technologies such as multi-gigabit SerDes, DDR, JESD204B/C, and 10/100G Ethernet
Deep understanding of signal integrity, power integrity, EMI/EMC mitigation, PCB stack-up definition, and high-performance board layout practices
Proven experience leading hardware development from architecture and prototype bring-up through validation, manufacturing, and production ramp
Hands-on experience debugging complex hardware systems using advanced lab instrumentation and driving root-cause analysis across board and system levels
Ability to lead cross-functional technical efforts, mentor junior engineers, and make sound engineering tradeoffs in fast-paced development environments
Additional Requirements:
Must be willing to work extended hours and weekends as needed
