Advanced DRAM Technology Modeling Expert

Applied Materials is the leader in materials engineering solutions 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. Our innovations make possible™ the technology shaping the future. To achieve this, we employ some of the best, brightest, and most talented people in the world who work together as part of a winning team.

Key Responsibilities

• We are working on exciting projects, connecting materials to systems, to drive new innovations that enable a wide range of advanced Logic-Memory devices and technologies, and associated material and processes interactions. You can be part of this cutting-edge modeling and design team, where you will have the opportunity to model and simulate new technologies that answers the continuous demands for scaled devices, denser interconnects that significantly improves the system Power, Performance and Area.
• Your primary responsibility will be developing various process and device models using Technology Computer-Aided Design (TCAD) to enable predictive analysis of emerging memory especially DRAM and future 2nm technologies (deep sub-submicron FET architectures, including nanowires and Finfet). You will also be developing calibration simulations and hardware correlations. You will be directly interacting with a talented and diverse multi-national team of AMAT technical staff to identify and address key issues to improve performance and scalability.

• Master's or PhD degree in Electrical Engineering, Applied Physics or Material Sciences
• Strong fundamental understanding of solid state device/semiconductor physics
• Deep experience in process and device modeling (TCAD)Sentaurus Process/Device/Interconnect
• Sentaurus Process Explorer/Raphael
• Sentaurus Topo
• Silvaco's Victory Process and Victory Device tools
• Experience in advanced CMOS model development and calibration to hardware
• Strong problem-solving abilities in interdisciplinary areas
• Ability to present scientific and/or experimental results in a concise and convincing manner
• Desire to stay up to date with industry challenges and recent advancements in transistor/interconnect technologies
• Ability to work independently and in cross functional teams
• Passionate and highly motivated to learn new things
• Leadership skills is a plus
• Excellent written and verbal communication skills