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Module Process Engineer IV - (E4) - Dielectric Deposition (CVD / ALD) at Applied Materials - ApplyBlast

Module Process Engineer IV - (E4) - Dielectric Deposition (CVD / ALD)

Applied Materials

4 months ago

3.9 on Glassdoor

Hillsboro, OR

Hybrid

Full Time

Senior

0 applicants

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About this role

As a Senior Materials Process Engineer, you will lead technical discussions with semiconductor equipment customers to define and implement continuous improvement projects. The role involves resolving complex equipment issues, maximizing service agreements through defect reduction, and mentoring junior engineers on dielectric deposition technologies. You will act as a technical authority to drive innovation and operational excellence across wafer fab processes.

Responsibilities

Lead technical discussions to define and implement continuous improvement projects
Resolve complex equipment issues using advanced analytics and systematic troubleshooting
Increase CSAG value through defect and variability reduction strategies
Demonstrate new service technologies including FabVantage offerings
Mentor junior materials process engineers and provide technical direction

Skills

Qualifications

BS/MS in EngineeringBS/MS in PhysicsBS/MS in Chemistry

About Applied Materials

appliedmaterials.com

Headquarters

Santa Clara, California, United States

Company Size

10001+ employees

Founded

1967

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Applied Materials is a global leader in materials engineering solutions that enable the production of virtually every new semiconductor chip and advanced display. The company designs, manufactures and services equipment, software and process technologies across semiconductor fabrication (deposition, etch, implantation, inspection/metrology, CMP, ALD/CVD/PVD), advanced packaging and display manufacturing. Its customers include chipmakers, foundries and display manufacturers worldwide, and it provides process integration, factory automation and lifecycle services to improve yield, performance and cost. Headquartered in Santa Clara, California, Applied Materials combines deep R&D and scale to drive device scaling, energy efficiency and new architectures.