Job Description:
RDA Sustaining Engineers are responsible for real-time defect analysis/response, and directing the sustaining/improvement efforts for yield and equipment performance for process areas Additional responsibilities may include but are not limited to: - Addressing SPC process and defect related issues- Dispositioning OOC product in a timely and quality driven manner- Characterizing the process response to parameters- Defining the process margin with respect to upstream and downstream steps- Partnering with PI and other groups to address yield issues- Qualifying conversions and new processes- Improving the process cost of ownership, throughput, and performance- Optimizing existing process and reducing scrap and excursions- Ensuring that all SWRs are processed correctly and in a timely manner- Assisting 1st shift engineering and vendors with long-term down equipment- Creating and submitting SWRs and change notices to evaluate and implement process changes- Reviewing QDR trends and reacting accordingly- Partnering with Production and shift engineering to implement corrective actions for excursions- Addressing process-related SWRs- Partnering with global counterparts to identify and align to best known methods- Setting up contamination, defect, and performance qualification procedures and frequency- Assuming additional duties and projects as directed by the supervisorWorking any shift and rotate shifts as required: - Advanced understanding of semiconductor processes and equipment- Advanced understanding of SPC principles- Solid understanding of designing and testing experiments- Basic understanding of probe and param functions- Proven ability to communicate and present effectively- Intermediate PC skills including Microsoft Word, PowerPoint, and Excel- Advanced data extraction, analysis, and reporting skills- Proven ability in multi-tasking complex projects- Strong partnering and teamwork skills- Proven ability to troubleshoot complex problems and address root cause- Intermediate understanding of all systems used in the area (GeRM, MTSPC, MESSWR, Sigma, Yield3, MESQDR, MESCentral, PCA and Klarity)
Qualifications:
Hold a MS or PhD in Electrical Engineering Materials Science Physics Chemistry or Chemical Engineering relevant major10+ years of direct experiences in integration device defect reduction yield analysis or process engineering organizations is requiredDirect experience in 3D NAND technology development transfer ramping and sustaining are preferredA proven history of technical problem solving through the creation of solutions that demonstrated creativity and out of box thinkingExcellent data extraction and analysis skills and well versed in DOE principlesUnderstanding of device physics in deciphering parametric data and understanding of fundamental integration and yield issues for key modules and critical device parameters are requiredUnderstand defect metrology tool work principle capability inline detection challenge and have thoughts on opportunitiesDemonstrating advanced understanding of electrical testing and device characterization and physicsAbility to multitask and be effective in providing timely solutionsStrong organizational and communication skills to manage tasks across Process Engineering areas to effectively execute and commit to deliverables.