Director, Rack NPI Supply Chain

Advanced Micro Devices, Inc.; Austin (TX); On-site; USD 180,000 - 260,000; Full time

Job summary

AMD is seeking a Director, Supply Chain - Rack Planning in Austin, TX to lead end-to-end supply planning for next-generation rack platforms from engineering builds to production ramp. You will collaborate with AMD business units, rack architects, procurement, and system integrators to ensure CTB readiness and timely commitments.

You will translate demand signals into executable rack plans, manage supply risk across hundreds of parts, and lead a team to optimize capacity and throughput while

Qualifications

• Analytical and action‑oriented in a fast-changing NPI design environment.
• Translate evolving demand signals into executable rack-level supply plans.
• Influence cross-functional partners and communicate decision-ready options to senior leaders (VP level).

Responsibilities

• Lead NPI supply planning for next-gen AMD rack platforms through engineering, validation, and production ramp.
• Translate BU demand into executable rack supply plans across ODMs, system integrators, suppliers, procurement, engineering, and programs.
• Partner with rack architects, engineers, BOM owners, and PMs early to resolve supply blockers.
• Assess supply risk across 150+ parts and drive CTB readiness, alternates, and supplier enablement.
• Secure rack supply commitments from ODMs and allocate constrained AMD components for NPIs.

Skills

Supply chain leadership

NPI planning

BOM fluency

Stakeholder management

Cross-functional collaboration

Tools

Agile BOM fluency

Job description

AMD is seeking a Director, Supply Chain - Rack Planning in Austin, TX to lead end-to-end supply planning for next-generation rack platforms from engineering builds to production ramp. You will collaborate with AMD business units, rack architects, procurement, and system integrators to ensure CTB readiness and timely commitments.

You will translate demand signals into executable rack plans, manage supply risk across hundreds of parts, and lead a team to optimize capacity and throughput while