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Research and test new optical technologies for wafer inspection implementations, conceive new concepts based on solid physics understanding, validate concepts through modeling and experiments, design and build optical imaging test benches, work with engineering team to implement new technologies.

The Systems Engineer will focus on the design and enhancement of electron-beam imaging products for the semiconductor sector. Responsibilities include developing new design specifications, conducting analyses for complex problems, and providing on-site customer support internationally. The engineer will work with various systems like optics and electronics, and will need to understand the full product functionality and support for users.

Responsible for product development, customer support, and use-case demos for semiconductor reticle inspection products. Requires worldwide travel to customer sites. Minimum qualifications include a Bachelor's degree in engineering or related fields.

This Information Systems Analyst role involves supporting local IT/Infrastructure at multiple sites, handling network and security appliances, resolving user issues, and participating in global IT projects. Responsibilities include managing local servers, Zoom/Video Conferencing, and participating in global initiatives. Required skills include expert knowledge of PC, with a focus on PC, Network, Storage, and Smartphone Lifecycle. The position is based in Hillsboro, Beaverton, USA.

Join KLA’s AI Advanced Computing Labs to develop system-level HPC technologies for AI-based solutions. Engage in identifying limitations in existing clusters, creating distributed frameworks for scaling image processing, and benchmarking new hardware.

The Senior Optical Engineer will be responsible for creating designs, developing build and testing methods for optical subsystems in the inspection tool. They will lead the design of a custom metrology system and collaborate with suppliers to develop optics components. The candidate will work closely with the systems engineering group and ensure the optical performance meets system level specifications.

Lead the design of complex opto-mechanical sub-systems and collaborate with suppliers worldwide to develop reliable solutions for next-generation tools. Responsibilities include guiding concept and detailed designs, selecting materials and components, proposing feasibility studies, defining test criteria, and leading system-level discussions.