Deep experience with sentaurus process/device tools
Strong understanding of solid state device physics
The role involves developing various process and device models using Technology Computer-Aided Design (TCAD) to enable predictive analysis of emerging memory technologies
Job Summary
The role involves developing various process and device models using Technology Computer-Aided Design (TCAD) to enable predictive analysis of emerging memory technologies.
Candidates will be part of a cutting-edge modeling team working on deep sub-submicron FET architectures including nanowires and FinFets.
Applied Materials offers a supportive work culture that encourages personal and professional growth while providing comprehensive benefits packages.
Matching Summary
The role involves developing various process and device models using Technology Computer-Aided Design (TCAD) to enable predictive analysis of emerging memory technologies.
Salary
Base: $152,000.00 - $208,500.00; Bonus/Equity: Eligible for bonus and stock award program; Benefits: Comprehensive benefits package included
Skills & Requirements
Must-have
Master's or PhD in Electrical Engineering
Deep experience with Sentaurus Process/Device tools
Strong understanding of solid state device physics
Experience with advanced CMOS model development
Ability to correlate simulations with hardware
Nice-to-have
Leadership skills
Excellent written and verbal communication
Passion for learning new technologies
Ability to work independently
Experience with nanowire and FinFET architectures
Key Requirements
Master's or PhD degree required
Degree in Electrical Engineering, Applied Physics, or Material Sciences
Strong fundamental understanding of semiconductor physics