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Leads global quality programs and the 8D nonconformance-resolution process. Responsibilities include optimizing program execution, analyzing quality and manufacturing data, conducting audits, coaching stakeholders on structured problem-solving, preventing recurrence, improving supplier and product quality, reducing poor-quality costs, and driving quality culture and change management across global sites.

Designs, selects, tests, and documents RF power delivery systems from 100 kHz to 100 MHz and watt to kilowatt power levels. Performs electrical engineering research and development for complex embedded and electromechanical systems, collaborates with multidisciplinary teams and suppliers, develops test plans, analyzes data, troubleshoots systems, and presents findings in design and program reviews. The role supports semiconductor etch and deposition products.

Develops and supports semiconductor equipment from prototyping through product release and initial field deployment. Designs experiments, tests, and prototypes; analyzes complex technical issues; and provides troubleshooting, repair, and debugging support. Collaborates with customers and cross-functional teams to improve product quality and resolve issues. The role includes cleanroom and semiconductor fab work, customer engagement, and international travel of up to 25%.

Owns unreleased build plans, DMRFs, refurbished tools, product upgrades, part transitions, material movements, and field missing-part escalations. Supports excess and obsolete inventory reduction, spares transitions, and working capital initiatives. Provides status reporting, risk assessments, and recovery plans while coordinating cross-functional stakeholders and driving process improvements across product operations, manufacturing, and supply chain activities.

Leads technical product and process programs from initiation through release. Develops plans, manages schedules, budgets, risks, and performance metrics, and coordinates cross-functional teams. Partners with stakeholders on system and process enhancements, leads continuous improvement and change management initiatives, performs statistical analysis, and drives sustainable outcomes across multiple projects. The role supports semiconductor product development and requires strong communication, executive presentation, and stakeholder-influence skills.

Conduct semiconductor process engineering research and development, improve fabrication methods, reduce costs, increase yields, analyze process and test data, and support customer demonstrations and next-generation product releases. The role also defines equipment and process requirements, develops advanced process formulations, applies statistical methods, and provides technical guidance to process technicians.

Develop physics-based and machine-learning surrogate models for plasma etch processes and semiconductor feature profiles. Responsibilities include modeling plasma-surface interactions, calibrating simulations against SEM/TEM measurements, designing simulation experiments, validating surrogate models, optimizing process conditions, and automating workflows with Python. The intern will document methods and present results while collaborating with Lam Research’s technical community.

Develop and improve semiconductor manufacturing processes and equipment applications. The role conducts process research, evaluates test data, applies SPC and DOE, supports customer demonstrations, and contributes to next-generation product development. Responsibilities include defining equipment requirements, improving yield and costs, collaborating with customers and cross-functional teams, guiding process technicians, and introducing new technologies at customer sites.

Develop and implement advanced metrology and diagnostic solutions for semiconductor process control and defect detection. Apply spectroscopy, analytical characterization, machine learning, and deep learning to understand process interactions, model defectivity, and optimize manufacturing processes. Collaborate with process, product, inspection, and simulation teams; evaluate emerging e-beam technologies; and establish SPC-based monitoring and qualification methods for metrology assets. Support low-GWP process technology development and advanced semiconductor manufacturing applications.

Develops and optimizes advanced semiconductor etch processes for specialty and advanced packaging applications. Designs and analyzes experiments, establishes process windows, defines hardware requirements, solves complex manufacturing challenges, and supports customer demonstrations. Collaborates with customers and cross-functional teams to introduce new technologies, improve yield and productivity, and transition process innovations from development through production at worldwide customer sites.