Hardware Engineering Architect, Server/Remote/Hybrid
Job Summary
We are seeking an experienced Hardware Engineering Architect for Server/AI Products to lead architecture concept work during the early design phase. This role focuses on translating customer use cases and technical trends into viable, scalable server architectures to support RFQ/RFI and new business engagements. You will collaborate closely with stakeholders (e.g., CTO, BU, Marketing) to define system-level strategy, high-level configurations, and functional requirements for next-generation server/AI platforms.
Key Responsibilities
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Lead system-level architecture planning for Server/AI platforms, including product configuration definition, functional partitioning, and mechanical/thermal/power/cooling feasibility alignment.
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Drive the definition of system requirements, interface specifications, and early configuration options (e.g., GPU, accelerator, storage, and compute servers).
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Conduct architectural trade-off analysis balancing performance, cost, power, scalability, and manufacturability.
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Collaborate with EE, thermal, mechanical, BMC, and firmware architects to form a complete product-level concept package.
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Work with Architecture and BU teams to evaluate RFQ/RFI requirements and generate competitive architecture proposals.
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Define and propose system topologies, mechanical footprints, airflow design, I/O mappings, and cabling options.
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Interface with customers and internal stakeholders to align design intent and value proposition during the concept phase.
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Present and document concept proposals that include block diagrams, design strategy, trade-off summary, and risk evaluation.
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Stay up to date with Open Compute (OCP), Computer Express Link (CXL) or Open BMC.
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Evaluate and integrate technology enablers such as PCIe Gen5/6, 112G PAM4 SerDes, high-efficiency power stages, and new materials.
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Participate in roadmap planning with BU/CTO to ensure platform reusability and alignment with future-generation technologies.
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Define how electrical, mechanical, thermal, and firmware domains interact to support functional and performance goals.
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Coordinate platform-level integration strategies including MB placement, airflow optimization, and system serviceability.
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Align system-level DFM/EMC/thermal reliability requirements in early phase and guide downstream teams with clear targets.
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Lead the creation of architecture decks, system requirements, platform-level block diagrams, and BoM-level feasibility plans.
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Drive internal and customer-facing design reviews for architecture alignment and requirement sign-off.
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Maintain issue-tracking and lessons-learned documentation to improve future concept efficiency.
Technical Skills
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Ability to research and explore unfamiliar technologies and concepts with an eye towards feasibility.
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Familiarity with the Intel, AMD, Nvidia or ARM CPU/GPU architectures.
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Specifically, an understanding of how to optimize performance, IO, thermals, real-estate and/or power.
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Direct experience with at least some of the above is preferred.
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Familiarity with PCB board materials and construction techniques.
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Specifically, an understanding of trade-offs and optimizations around insertion loss, via construction, stack-ups and sizing of power planes and shapes.
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High-level understanding of voltage regulators related to types of VR architectures, trade-offs, efficiency, thermals, and critical VR components.
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Ability to use industry standard ECAD tools to review layouts and schematics is required.
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Ability to manipulate existing ECAD layouts and schematic databases for purposes of architectural planning and assessment preferred.
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Experience coding, sizing, and planning FPGAs, preferred.
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Fluency in the mechanical, firmware and software domain.
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Specifically, an understanding of basics nomenclature, concepts and tools used by your architectural teammates.
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Fluency in the thermal domain.
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Specifically, an understanding of component cooling techniques, when components require cooling and what information your thermal engineering teammate needs during concept assessment.
Desired Traits & Skills
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Strategic thinker with system-level ownership mindset
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Familiarity with system-level architecture
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Strong leadership and cross-functional coordination skills
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Comfortable working in fast-paced, cross-functional, global teams
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Proactive, self-driven, with high adaptability
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Clear technical communicator, able to present trade-offs and justify proposals
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Capable of NRE estimation and abstract requirement hardening
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Fluent in English; able to work with global teams and customers
Education & Experience Requirements
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Bachelor’s degree in Electrical, Computer Engineering, or a related field (Master’s preferred)
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15+ years of experience in data center system/server architecture
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Demonstrated experience leading concept-phase architecture for AI/server products