Hardware Engineer, PCB Layout
MetaDefine PCB layout architecture and floorplanning strategies for complex, high-layer-count boards used in infrastructure and data center hardware
Establish and own PCB design rules, constraints, and layout guidelines for high-speed interfaces including PCIe, DDR, Ethernet, and SerDes
Lead signal integrity and power integrity analysis in collaboration with electrical engineering teams, driving layout decisions based on simulation results
Drive design-for-manufacturability reviews with contract manufacturers and PCB fabricators to ensure yield, reliability, and cost targets are met
Define and maintain organization-wide PCB layout standards, templates, and best practices adopted across infrastructure hardware programs
Collaborate with mechanical engineers to resolve board-level packaging constraints, thermal management requirements, and enclosure integration challenges
Provide technical guidance to other layout engineers across multiple concurrent infrastructure hardware programs
Partner with supply chain and component engineering teams to evaluate and qualify alternative components and footprints
Lead post-layout verification activities including design rule checks, electrical rule checks, and pre-production board bring-up support
Evaluate and introduce new EDA tooling, layout methodologies, and fabrication technologies to improve design quality and cycle time
8+ years of experience in PCB layout design for high-speed digital systems, including boards with DDR, PCIe, or high-speed SerDes interfaces
8+ years of experience with industry-standard EDA layout tools such as Cadence Allegro, Mentor Xpedition, or equivalent
Experience defining PCB stack-up configurations, impedance control strategies, and design rule constraints for high-layer-count boards
Experience collaborating with signal integrity and power integrity teams to translate simulation results into layout implementation decisions
Experience leading PCB layout efforts across the full product development lifecycle from schematic capture through manufacturing release
Experience designing PCBs for data center infrastructure hardware including server, storage, or networking platforms
Experience with high-speed (100Gbps+) signal interfaces
Experience establishing layout centers of excellence or defining team-wide PCB design standards across multiple concurrent programs
Experience with complex designs using custom ASICs