The Senior/Principal PCS Technologist will collaborate with customers to enhance yield, develop unique KLA solutions for inspection and metrology issues, and test prototype tools. Responsibilities include designing KLA ecosystem software, interfacing with technical personnel, and serving as a technical advisor for KLA products. Extensive travel may be required for project support.

The Algorithm Engineer will develop algorithms for KLA’s inspection platforms, focusing on image segmentation, classification, and defect detection. Responsibilities include proposing innovative ideas, producing code, and providing support to the hardware team regarding image quality. Significant experience in C++ and CUDA C++ programming is essential for success.

The New Product Engineering Manager leads multi-disciplinary engineering projects, collaborating with various teams to define design requirements, manage budgets, and ensure successful product development. Responsibilities include project planning, risk management, design implementation, and continuous improvement of processes. The role also involves providing updates to management and coordinating efforts across global engineering teams.

The Systems Design Engineering Lead will craft and oversee the design of electron beam inspection equipment, collaborating with various engineering teams. Responsibilities include defining system requirements, leading analysis and evaluation, conducting experiments, and guiding teams in diagnosing system-level solutions.

As a Systems Design Engineer, you will work on the development of next-generation electron-beam imaging products. Your responsibilities include analyzing requirements, collaborating with multi-disciplinary teams, and integrating various subsystems for high-performance imaging applications.

The Linux Engineer will design, deploy, and support high-performance compute clusters, working closely with developers to meet their needs. Responsibilities include configuring Linux systems for HPC, managing project specs, providing product support, and addressing customer concerns.

The Senior Data Analyst/Programmer at KLA is responsible for end-to-end data analytics design, data modeling using Snowflake, and analyzing system requirements. Responsibilities include implementing complex stored procedures, managing ETL processes, and optimizing data workflows. The role also involves collaborating across teams and utilizing various data tools for analytics and visualization.

The Research Scientist will generate system requirements and lead subsystem development teams focusing on electron beam source projects. Responsibilities include experimental design, debugging test setups, and vendor collaboration. The role requires hands-on execution of experiments and communication of system requirements across engineering teams. A background in electron optics and familiarity with Matlab are essential.

The role involves configuring and supporting KLA software applications in semiconductor manufacturing, responding to customer requests, and collaborating with engineering and marketing teams. It requires understanding software functionalities, troubleshooting issues, and providing training and SOP preparation for customers.

The Product Engineer will gain systems-level knowledge in image processing and motion control, implement NPI and sustaining work, support tool performance programs, and write technical reports. This role involves collaboration with manufacturing and engineering teams to enhance serviceability and ensure efficient product deployment.

This job is for attendees of the BEYA 37 career fair, allowing them to apply for positions at KLA. No specific responsibilities are outlined, but the role is generally for entry-level positions requiring a Bachelor's degree.

The Application Engineer is responsible for technical applications support for reticle and photomask inspection systems, conducting customer training, executing projects, and assisting sales in product applications. The role involves complex problem-solving and generating project reports, with a requirement for travel to customer sites.

The Customer Engagement Applications Engineer will provide technical application support for KLA's wafer metrology and inspection products, assist sales in aligning products with customer needs, perform acceptance tests, and execute projects. They will also generate best-known methods and support customer training while collaborating with various teams.

The Regional Development Application Engineer will support laser scanning wafer inspection products, demonstrate product performance to customers, prove KLA's technical superiority, collaborate with engineering and marketing teams, lead local application engineers, and involve in new product development.

The System Engineer will design and develop system architectures, ensuring optimal performance and reliability. Responsibilities include defining system specifications, performing detailed systems analysis, managing engineering development activities, and providing ongoing support for field systems to fulfill project milestones and customer satisfaction.

The Senior Product Development Applications Engineer supports applications, manages projects, optimizes tool recipes, and provides technical training primarily for advanced packaging customers. Responsibilities also include customer communication, data analysis, and collaboration with various internal departments. Travel to customer sites is required, with a possible rate of 30% or more.

As an Application Development Engineer at KLA, you will work closely with R&D and engineering teams to develop new products, engage with international customers, lead demo activities, and address technical issues. You will play a crucial role in ensuring product specifications are met while collaborating with various teams.

The role involves designing precision mechanical components and subsystems, including requirements specification, feasibility studies, detailed design using 3D solid modeling (ProE/Creo), conducting various analyses, and overseeing prototype assembly and testing. It requires collaboration through the entire design process and documentation for manufacturing.

The System Design Engineer is responsible for system integration, testing, and characterization. Key duties include defining specifications, training engineers, supporting manufacturing, and documenting procedures. The role demands effective communication and the ability to manage technical escalations while adapting to rapid changes in the semiconductor industry.

The Network Engineer will support the UK campus and EMEA Data Center by managing network operations, resolving user issues, and supporting IT projects. Key responsibilities include tier escalation, configuration, troubleshooting of network devices, and implementing core switching technologies.