About the role

AI summarised

As a Principal Engineer/MTS Photolithography Process Development Engineer at Micron's R&D Technology Development group, you will lead advanced photolithography process development for next-generation memory devices. You will drive innovation in process integration and technology transfer across Micron's global manufacturing network, collaborating with R&D teams and suppliers to implement breakthrough solutions. This role requires deep expertise in optics, immersion lithography, and low k1 imaging, with a focus on achieving yield, quality, and performance targets for advanced technology nodes.

IDMOnsiteSTPG

Key Responsibilities

Lead development and optimization of photolithography processes to achieve yield, quality, and performance targets for advanced technology nodes
Define and translate future device requirements into robust process specifications and equipment roadmaps
Drive early adoption of innovative process and equipment solutions to enhance margin and manufacturability
Identify and integrate disruptive 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
Generate intellectual property through patents and publications; provide technical mentorship and influence 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 (exceptional candidates with 7+ years considered)
Deep expertise in optics, immersion lithography, polarized illumination, and low k1 imaging
Proven track record in defining and executing 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 cutting-edge photolithography equipment and metrology tools
Demonstrated ability to lead cross-functional projects and influence technology direction