KLA - Milpitas, CA
posted 4 months ago
KLA is seeking a Research Scientist specializing in theoretical and computational electromagnetism to join the technology development team in the Broad Band Plasma division. This division is responsible for developing advanced optical inspection technologies that are utilized by semiconductor manufacturers to identify critical defects in wafers patterned with logic and memory devices. The role is pivotal in enhancing the sensitivity of optical detection methods for nanometer-scale defects in semiconductor devices. The successful candidate will engage in modeling and simulation activities to understand the challenges associated with optical detection, contributing to the advancement of future optical inspection technologies. In this position, the individual will be expected to investigate research ideas through both simulation and experimental methods, providing a robust theoretical foundation for the results obtained. Building confidence among key stakeholders is crucial, and this will be achieved by demonstrating the predictive value of models and simulations through comprehensive data collection and analysis. Initially, the role may involve significant simulation work aimed at optimizing the geometry and composition of specialized device patterned wafers to enhance sensitivity to critical defects. Collaboration with major semiconductor device manufacturers will be a key aspect of this work. Candidates should possess a PhD or equivalent experience in Physics, Electrical/Computer Engineering, or related fields, along with a minimum of 5 years of research experience in electromagnetism. Proficiency in scientific computing is essential, as the role requires the ability to set up simulations of complex nanoscale circuitry using various numerical methods. The ideal candidate will also have experience in designing and implementing experiments to validate simulation predictions and explore novel detection approaches and algorithms on optical inspection platforms.