Hardware Board Validation Engineering, Director

Astera Labs•San Jose, CA

2d•Onsite

About The Position

Astera Labs is seeking a Director of Hardware Board Validation Engineering to lead the development, bring-up, and validation of board products supporting rack-scale AI infrastructure. The role works with ASIC, systems, firmware, signal integrity, power integrity, mechanical, thermal, manufacturing, and customer engineering teams to guide products from concept and architecture through qualification and mass production. It combines hands-on technical leadership, team development, customer engagement, and improvement of hardware development processes. The products serve cloud service providers, server manufacturers, and networking OEMs.

Requirements

Bachelor’s degree in Electrical Engineering or a related technical field.
12–15+ years of relevant experience, consistent with Astera Labs’ standardized Director level.
Technical management experience leading hardware design, validation, or system engineering teams.
Experience with system-level board design from component selection and schematic capture through board bring-up, debug, optimization, validation, and production release.
Strong background in high-speed board design for enterprise, data center, server, storage, networking, or AI infrastructure systems.
Strong cross-functional collaboration, technical communication, prioritization, and independent problem-solving skills.

Nice To Haves

Master’s degree in Electrical Engineering.
Experience with PCIe add-in cards, CEM cards, paddle cards, active electrical cables, servers, JBOD/JBOG systems, networking switches or routers, interconnects, or optical platforms.
Proficiency with schematic capture and PCB layout tools such as Cadence and Altium, including working knowledge of Cadence Allegro for design review.
Experience with FPGA- or MCU-based hardware design, including pin mapping, device selection, and evaluation of alternative SKUs against system requirements.
Experience working with contract manufacturers, offshore manufacturing partners, mechanical and thermal teams, PCB vendors, quality, compliance, and supplier organizations.
Experience designing complete high-speed channels that include ICs, sockets, connectors, cables, and customer system interfaces.
Experience partnering with silicon characterization and post-silicon validation teams to ensure device performance is achievable in customer systems.
Strong technical writing skills, including development of hardware specifications, validation reports, user guides, and other internal and customer-facing documentation.
Startup experience and a proactive, hands-on, customer-focused approach to solving complex problems.

Responsibilities

Lead board validation strategy across product definition, architecture, component selection, schematic capture, layout review, bring-up, debug, optimization, qualification, and production release.
Define validation plans, coverage goals, risk assessments, schedules, and exit criteria for high-speed boards, add-in cards, modules, and system platforms.
Make hands-on technical contributions to resolve critical design, validation, and customer issues.
Direct board bring-up, silicon and PCB debug, system characterization, margin analysis, and performance optimization across voltage, temperature, channel, and workload conditions.
Validate high-speed NRZ and PAM4 SerDes-based protocols, including PCIe Gen 3 and above and Ethernet 25G and above, as well as LPDDR4/5 or related memory interfaces.
Apply signal integrity, power integrity, and power architecture expertise to identify risks and drive solutions across circuits, power distribution, connectors, sockets, and cables.
Partner with ASIC, post-silicon validation, firmware, systems, mechanical, thermal, quality, compliance, manufacturing, and customer engineering teams to deliver robust board products.
Engage key customers to understand system requirements, evaluate form factors, propose complete board solutions, and resolve issues through production support.
Collaborate with contract manufacturers, PCB vendors, and external suppliers to ensure designs are manufacturable, testable, and scalable.
Build, mentor, and develop a high-performing hardware engineering team, establishing clear ownership, technical standards, and execution mechanisms.
Drive products from concept to mass production, including design reviews, validation reporting, manufacturing readiness, documentation, and post-production support.
Improve hardware development methodologies, lessons learned, and reusable validation practices across the connectivity and memory product portfolio.