Strategic Substrates Capacity & Capability Lead

Intel Corporation; Chandler (AZ); On-site; USD 191,000 - 270,000; Full time

Job summary

Intel Corporation in the United States is seeking a Substrates Business Capacity and Capability Lead to guide a high-impact engineering team. You will oversee supplier capacity assessments, readiness plans, and strategic engagement with substrate and equipment suppliers to align with Intel's product roadmaps and technology development.

The role requires mature leadership, executive communication, and program management experience in complex engineering environments.

Qualifications

• Expertise in supply chain engineering, supplier management, data analysis, and regulatory compliance.
• Proven ability to manage performance, drive results, and lead cross-functional teams and initiatives.
• Experience managing semiconductor test equipment and tooling, as well as negotiating complex deals with suppliers or customers.

Responsibilities

• Lead supplier capacity strategy, capability assessments, and readiness plans.
• Assess substrate supplier network capacity, capability, scalability, and long-term readiness.
• Partner across Intel organizations to define supply chain requirements aligned to product and foundry roadmaps.
• Shape capacity expansion plans and technical requirements for next-gen products.
• Drive supplier capacity timelines, readiness checkpoints, and executive risk mitigation.

Skills

Supply chain engineering

Cross-functional leadership

Vendor negotiations

Education

Bachelor's degree or higher

Advanced degree acceptable

Job description

Intel Corporation in the United States is seeking a Substrates Business Capacity and Capability Lead to guide a high-impact engineering team. You will oversee supplier capacity assessments, readiness plans, and strategic engagement with substrate and equipment suppliers to align with Intel's product roadmaps and technology development.

The role requires mature leadership, executive communication, and program management experience in complex engineering environments.