AI Server Rack Architect for HPC & OCP

Foxconn E BG Group; Santa Clara (CA); On-site; USD 120,000 - 190,000; Full time

Job summary

Foxconn is seeking an AI Server / Rack Architecture Engineer to own the physical-to-logical system blueprint and rack integration for advanced AI supercomputing deployments in Santa Clara, CA. You will translate high-level chip designs and hyperscale hardware demands into validated rack-level designs and deployment blueprints.

The role requires hands-on experience with HPC or enterprise server architectures, open compute standards, and cross-functional collaboration to ensure scalable, reliable

Qualifications

• Must have hands-on experience with high-performance computing or enterprise server architectures.
• Experience with Open Compute Project (OCP) standards and data center deployment.
• Familiarity with high-speed interconnect fabrics and scale-out cluster topologies.

Responsibilities

• Define and optimize rack-level system architecture, integration topology, and technical blueprints for AI server platforms.
• Identify and resolve design conflicts across hardware, mechanical, thermal, power, network, and firmware subsystems.
• Translate hyperscale customer requirements into rack-level architecture and design specifications while evaluating alignment with OCP standards.
• Analyze telemetry and failure patterns to identify issues and lead root-cause investigations.
• Manage ECOs and provide feedback to R&D to drive design improvements.

Skills

HPC/Enterprise Server Architecture

High-Speed Interconnect Fabric

Open Compute Project (OCP)

Education

BS in Computer/Electrical/Systems or CS

Job description

Foxconn is seeking an AI Server / Rack Architecture Engineer to own the physical-to-logical system blueprint and rack integration for advanced AI supercomputing deployments in Santa Clara, CA. You will translate high-level chip designs and hyperscale hardware demands into validated rack-level designs and deployment blueprints.

The role requires hands-on experience with HPC or enterprise server architectures, open compute standards, and cross-functional collaboration to ensure scalable, reliable