Lead implant process development for advanced technology nodes, including recipe optimization, equipment capability enhancement, and defect reduction
Collaborate with integration, device, and module teams to meet electrical performance, reliability, and yield targets
Perform DOE planning, execution, and data analysis to identify key process parameters and improve process windows
Drive tool matching, chamber characterization, and hardware evaluation for new equipment and technology transfers
Develop and implement process control strategies to ensure manufacturability and scalability
Support technology roadmap definition and qualification and ramp-up for high-volume manufacturing
Work closely with equipment vendors to evaluate new hardware and software solutions for implant processes
Document and present findings to cross-functional teams and management
Qualifications:
Bachelor’s/Master’s/Ph.D. in Electrical Engineering, Materials Science, Chemistry, Physics, or any related field
Minimum 3+ years of experience in semiconductor process development, with strong expertise in Ion Implant
Solid understanding of device physics, dopant profiles, and implant-related defect mechanisms
Hands-on experience with implant equipment and process characterization tools
Strong analytical skills with proficiency in statistical analysis and DOE methodologies
Excellent communication and teamwork skills; ability to work in a fast-paced, collaborative environment
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