About the role

AI summarised

Principal Photolithography Process Development Engineer at Micron Technology, a semiconductor memory and storage company. Leads advanced photolithography process development for next-generation memory devices in R&D, driving innovation in process integration and technology transfer across global manufacturing network.

IDMFull-timeSTPG

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

M.S. or Ph.D. in Electrical Engineering, Materials Science, Physics, Chemical Engineering, or related field.
10+ years in semiconductor photolithography or related process engineering (outstanding candidates with 7+ years considered).
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.