About the role
AI summarisedThe Staff Engineer for Photolithography Process Development will lead the creation and optimization of advanced lithography processes for next-generation NAND memory technology nodes. This role involves defining process specifications, driving equipment roadmaps, and collaborating with global R&D teams and suppliers to deliver breakthrough solutions for high-volume manufacturing.
IDMOnsiteSTPG
Key Responsibilities
- Lead development and optimization of photolithography processes to achieve yield, quality, and performance targets for advanced technology nodes.
- Define and convert future device requirements into reliable process specifications and equipment roadmaps.
- Drive early adoption of innovative process and equipment solutions to improve margin and manufacturability.
- Identify and integrate exciting technologies into production flows.
- Collaborate with global R&D teams and manufacturing sites to ensure seamless technology transfer.
- Partner with suppliers to accelerate breakthrough solutions and maintain strategic vendor relationships.
- Implement advanced process control methodologies using statistical tools, DOE, and simulation software.
- Conduct material evaluations, reticle/layout/OPC development, process window analysis, and overlay optimization.
- Develop intellectual property via patents and publications; deliver technical mentorship and guide technology strategy.
Requirements
- Ph.D. in Electrical Engineering, Materials Science, Physics, Chemical Engineering, or related field with at least 3 years in semiconductor photolithography process development or,
- Masters in Electrical Engineering, Materials Science, Physics, Chemical Engineering, or related field with at least 5 years in semiconductor photolithography process development
- Deep expertise in optics, immersion lithography, polarized illumination, and low k1 imaging.
- Proven track record in defining and accomplishing photolithography process and equipment roadmaps.
- Proficiency in lithography simulation tools, material characterization, and statistical analysis.
- Strong understanding of semiconductor process flows and memory architecture.
- Excellent problem-solving, leadership, and communication skills.
- Experience with advanced lithography materials (365nm, 248nm, 193nm) and EUV processes.
- Hands-on experience with innovative photolithography equipment and metrology tools.
- Established skill in managing cross-functional projects and directing technology strategy.