Materials Project Management (SEMISEA event)

We are the World's #1 semiconductor and display equipment company

Applied Materials is the leader in materials engineering solutions used to produce virtually every new chip and advanced display in the world. Our expertise in modifying materials at atomic levels and on an industrial scale enables customers to transform possibilities into reality. At Applied Materials, our innovations Make Possible a Better Future.

If you want to be part of a team that is driving true breakthroughs in science and engineering and creating technologies shaping the future, Applied is the place for you. Come work with the smartest, most talented professionals in their fields.

Key Responsibilities

• Under direct supervision, forecasts and communicates engineering, materials, and manufacturing requirements to suppliers. Provides input to outsourcing decisions by performing make versus buy analysis. Coordinates demand signals through MRP to minimize inventory exposure.
• Participates in Materials Core Team and coordinates product development process deliverables with team members (buyers, planners, production control).
• Supports the creation, releases, and updates to new project materials strategy.
• Participates in commercialization (transition) materials plan. Participates in the material change control change process. Assists in supplier price and delivery negotiations; under direct supervision may negotiate contracts as necessary. Utilizes the preferred supplier selection and assessment process when selecting suppliers. Completes supplier risk assessment on critical and unique parts. Monitors supplier performance (delivery, quality, cost).
• Works with engineering to identify preliminary critical parts, long-lead parts and inspection requirements. Assists in developing supplier and commodity road maps to engineering.
• Meets cost obejectives and resolves quality issues. Generates and publishes Key Process Indicators (KPI). Tracks total landed costs targets.
• Works with engineering to identify preliminary critical parts, long-lead parts and inspection requirements. Assists in developing supplier and commodity road maps to engineering. Utilizes value analysis on build-to-print components in support of Should Cost analysis.