The role involves developing and optimizing nanotechnology process flows to ensure performance and yield for novel photonics devices like AR displays
Job Summary
The role involves developing and optimizing nanotechnology process flows to ensure performance and yield for novel photonics devices like AR displays.
Candidates will collaborate with cross-functional teams including design, process, and equipment engineers to drive continuous improvement throughout the manufacturing lifecycle.
Applied Materials offers a supportive work culture with comprehensive benefits, stock awards, and opportunities to work on cutting-edge AI and IoT technologies.
Matching Summary
The role involves developing and optimizing nanotechnology process flows to ensure performance and yield for novel photonics devices like AR displays.
Salary
Base: $147,000.00 - $202,500.00; Bonus/Equity: Eligible for bonus and stock award program; Benefits: Comprehensive health and wellbeing programs included
Skills & Requirements
Must-have
Master's degree or PhD in Engineering
8+ years process integration experience
Nanotechnology process flows expertise
Lithography etch deposition CMP metrology
Statistical data analysis and DOE
Nice-to-have
Optical proximity correction methodologies
Knowledge of optics principles
Project management skills
ISO SEMI ITAR regulations knowledge
Collaborative cross-functional teamwork
Key Requirements
Master's degree or PhD required
8+ years of process integration experience
R&D within high-volume manufacturing environment preferred