Jobs at KLA

The role involves managing teams, analyzing costs, developing forecasts, and collaborating on digital transformation initiatives in logistics.

Oversee daily warehouse operations including receiving, storing, issuing to production, inventory control and cycle counts, 3PL management, supervising warehouse staff, ensuring safety and process improvements to meet delivery and quality objectives.

Design mechanical structures and assemblies for advanced laser systems, conduct feasibility studies, perform material analysis, and collaborate with engineers and suppliers.

Develop image and signal processing algorithms for optical inspection systems. Collaborate on modeling, design, implementation, and testing of algorithms.

The role involves designing optical systems, using Code V or Zemax, performing raytracing simulations, and integrating opto-mechanical assemblies.

As a Mechanical Design Engineer at KLA, you will develop mechanical systems, create design solutions, capture project information, and engage in customer discussions. Your role includes using SolidWorks, PDM, and other CAD systems to produce precise engineering drawings and assist in project development.

Lead a team of application engineers to address PVD, Etch, and CVD process challenges at customer sites, involving data analysis and problem-solving.

The role involves interfacing with design engineering for new product releases, evaluating design for manufacturability, troubleshooting, and driving continuous improvements in manufacturing processes. It also includes generating documentation, supporting production, and resolving technical issues.

Design and develop electrical systems for automated machinery, maintain schematics, troubleshoot issues, and ensure compliance with standards.

Design, develop and integrate multi-disciplinary systems (mechanical, electronic, software). Perform hands-on lab development, subsystem integration, system testing, troubleshooting, and onsite customer integration/support. Collaborate with design teams, program managers, and subcontractors; produce technical documentation and test plans.

Serve as a strategic L&D advisor for manufacturing, service, and engineering leaders across Singapore/APAC. Diagnose capability gaps, design and deliver enterprise learning (leadership, professional, early-career) via blended, digital, and in-person methods, coach leaders, enable behavioral change, and incorporate AI-enabled/digital approaches to scale solutions and demonstrate business impact.

Lead Swift/Altair manufacturing area to meet production, quality, and cost targets. Prioritize schedules, manage procedures and budgets, plan manpower, and hire/train/evaluate staff. Collaborate cross-functionally, analyze data to resolve technical issues, and provide occasional early-morning support for a team starting at 6:00 AM.

Manage optical alignment equipment and photo-contamination control for optical wafer inspection tools. Troubleshoot and integrate mechanical subsystems, develop manufacturing procedures, drive supplier quality improvements, and lead assembly and calibration activities. Collaborate with Quality and Purchasing; travel ~25%.

Manage and supervise a team of ATE technicians to ensure production builds meet quality and on-time delivery. Oversee productivity, training, shift rosters, spare parts purchasing, audits (EHS, 5S), and cross-training. Coordinate with planning, buying, engineering, warehouse, IT and production leads to resolve build issues, support escalations, own MFG AR/FQRB processes, drive CT reduction, and ensure Power BI data accuracy to achieve 100% OTD.

The HPC Systems Engineer will design compute cluster configurations, select hardware components, and ensure integration with system architectures, requiring collaboration across teams.

Support applications development for KLA products, develop test cases, provide technical support, demonstrate product capabilities, and analyze customer requirements.

Conduct investigations into laser-sustained plasma technology, perform simulations and experiments, and collaborate on system architecture and plasma characterization.

Support release of new products into manufacturing by evaluating design for manufacturability, assembling prototypes, troubleshooting electro-mechanical systems, driving continuous improvement, creating ECOs/BOMs and test documentation, working with suppliers, performing first-article qualifications, and providing field support and production technical assistance.

The Manufacturing Design Engineer will troubleshoot systems, analyze data, handle experiments, and design optical-based semiconductor inspection equipment while managing projects and collaborating with teams.

Support installation and upgrades of Klarity Defect products, manage customer projects, provide troubleshooting, and maintain software documentation.