Engineer, Software Test Automation

KLA is a global leader in process control and yield management solutions for the electronics and semiconductor industries.

For decades, KLA has worked at the leading edge of deep science , taking on complex technical challenges that often take years to solve.

By combining expertise in optics, sensors, machine learning, data analytics, and software engineering, KLA helps enable the ideas and devices that transform the future of technology.

At KLA, innovation is driven by a belief that precision matters at the smallest scale —from nanometer‑level measurement to world‑class manufacturing quality.

Our solutions support advanced manufacturing across wafers, integrated circuits, packaging, and printed circuit boards , making everyday technologies such as smartphones, data centers, autonomous systems, and connected devices possible.

KLA fosters an engineering‑driven culture that values rigorous testing, continuous improvement, and collaboration across global teams.

Software Quality Engineers at KLA contribute to products with real‑world impact while growing their careers in an environment that encourages curiosity, ownership, and long‑term technical excellence.

KLA’s advanced process control and process enabling solutions support Panel, Components, printed circuit board (PCB) and integrated circuit substrate (ICS) manufacturing. Manufacturers can manage yield and reliability throughout the fabrication process using KLA’s comprehensive portfolio of direct imaging for patterning and solder mask, automated optical inspection (AOI), automated optical shaping (AOS), inkjet and additive printing, chemistry process control as well as software solutions. From multi-layer boards to the most advanced IC substrate applications, our solutions enable manufacturers to build high-capacity, high-quality, high-precision PCB and IC substrate products while optimizing their productivity and cost-efficiency.

• Understand the system and customer workflows end-to-end by analyzing product requirements, architecture, and real customer use cases; translate these into automation strategy and test coverage for web applications and web services.
• Participate early in the SDLC by reviewing functional/system requirements and designs to ensure testability , identify risks, and define measurable acceptance criteria aligned with user journeys and service/API contracts.