Jobs at KLA

Lead end-to-end mechanical and opto-mechanical design for semiconductor inspection systems: define requirements, perform structural/modal/thermal/CFD analyses, optimize vibration isolation, drive concept development, prototype, validate, and manage manufacturing handoff and cross-functional collaboration.

Manage spares demand planning across product lifecycles to meet fill-rate and service targets. Analyze demand signals, validate system recommendations, drive corrective actions for excess/no demand, collaborate cross-functionally, present supply chain solutions, and contribute to continuous improvement and reporting.

Responsible for market assessment, product lifecycle planning, customer analysis, marketing campaigns, and support for sales projects. Acts as point of contact between customer and division.

The Algorithm Engineer will design and develop ML and DL algorithms, prototype image processing solutions, and work collaboratively with a high-performing team in semiconductor inspection equipment development.

The Staff Storage Engineer HPC will architect storage solutions, optimize architectures, analyze tradeoffs, and support productization for BBP platforms, collaborating cross-functionally.

The Product Engineer will oversee product service engineering, optimizing serviceability and costs, collaborating across teams, and ensuring product performance through its lifecycle.

The Strategic Ramp Program Manager will lead global customer ramp initiatives, ensuring successful tool shipments, installation, and production readiness by coordinating cross-functional teams and managing customer relationships.

Develop and productize algorithmic solutions for image modeling and processing, from requirements and prototyping to deployment. Analyze data to identify bottlenecks and balance algorithmic sophistication with computational cost. Co-optimize algorithms with systems, optics, sensors, and software teams. Collaborate across teams, support field deployments, and integrate algorithms into inspection systems; occasional international travel.

Lead architecture, strategy, and operations for Microsoft 365 across Exchange Online, Teams, OneDrive/SharePoint. Drive platform reliability, security (Purview, Entra ID), automation, governance, and AI enablement (Copilot, Agent365). Lead L2/L3 engineering, global cross-functional teams, vendor relationships, and roadmap execution for a large enterprise (10K+ users).

Manage reticle inspection product line(s) or region(s): define market requirements, validate market opportunity, collaborate with engineering and programs on product development, lead new product introductions and beta engagements, drive adoption and market share, and run executive and working-level customer meetings and presentations.

Lead engineering development projects for mask inspection products, manage risks and critical path, coordinate cross-functional teams, remove bottlenecks, present execution plans to stakeholders, support roadmap and resource planning, and drive engineering rigor, reliability, and customer focus.

Lead product development for next-generation metrology/imaging mask inspection systems. Define requirements and subsystem architectures, coordinate cross-functional engineering teams, perform prototype integration and system testing, create calibration/manufacturing/service procedures, troubleshoot subsystems, support customers and manufacturing, and train stakeholders. Travel up to 25%.

Design precision opto-mechanical components, modules and subsystems for reticle inspection tools. Lead full product lifecycle: requirements, feasibility, 3D modeling (Creo), FEA, tolerance/GD&T analysis, prototyping, supplier management, integration, testing, and release to manufacturing. Collaborate with optics, systems, manufacturing and service teams and document product issues and design reviews.

Lead product lifecycle activities for optical critical-dimension metrology systems: define requirements, evaluate/select technology, validate/verify products, transfer to manufacturing, support customer ramp, diagnose and drive resolution of system issues, and coordinate cross-disciplinary teams (optics, electronics, mechanics, software, algorithms). Some travel (<25%).

Design and implement advanced image-processing and computer-vision algorithms for defect detection and segmentation. Produce production-quality C++ and CUDA code, collaborate with hardware and field teams for deployments, and support algorithm integration and optimization on GPU-accelerated inspection platforms. Occasional international travel.

The role involves leading hardware innovation, developing systems, applying electron optics expertise, troubleshooting issues, and mentoring engineers.

Design and build system software to run large-scale deep learning and image-processing workloads on clusters. Develop and maintain HPC infrastructure, collaborate with product teams to deliver high-quality software, and troubleshoot Linux-based, multi-threaded, multi-process, and distributed systems.

Lead and execute service operations programs: strategic planning, cross-functional project coordination, process improvement, AI/tool optimization, program metrics, scope/schedule/budget management, change management, and people leadership (manages 2–3). Collaborate with global teams and support service delivery for capital equipment. Up to 25% travel.

Develop and maintain Windows desktop applications for spectral analysis and measurement validation in semiconductor metrology. Perform requirements analysis, design features and UI/UX, implement interactive visualizations, integrate frontend with backend computation libraries, collaborate with algorithm engineers, use AI-assisted tools, write testable code, debug issues, and participate in code reviews and development process improvements.

Perform setup, calibration, testing, troubleshooting and rework of electrical/PCB, optics/opto-mechanical and system assemblies in manufacturing. Develop or follow test specifications and procedures, document findings, assist with specialized test equipment setup, and provide limited technical guidance to peers while working primarily with minimal supervision in a cleanroom environment.