KLA Executive and Leadership Team

Dominic David, the President, Kla Operations (India) at KLA, manages the company's extensive manufacturing and engineering footprint across the Indian subcontinent. Overseeing regional operations, the President, Kla Operations (India) ensures that the production of inspection and metrology systems adheres to global quality standards. This leadership role involves scaling local engineering capabilities to support the development of advanced process control solutions. By optimizing supply chain logistics and manufacturing workflows, Dominic David enhances the company's ability to meet rising demand for semiconductor equipment. The President, Kla Operations (India) coordinates with global headquarters to align regional output with international market requirements. Through this operational oversight, David drives efficiency and innovation within the regional team, contributing to the company's overall yield optimization mission. The President, Kla Operations (India) maintains a focus on operational excellence, ensuring that the regional infrastructure supports the delivery of high-precision tools to semiconductor manufacturers throughout the global market.

Eric Jiang, the Chief Technology Officer, Research (Singapore) & Manager, Development at KLA, directs advanced process control research initiatives across the Asia-Pacific region. Overseeing the development of next-generation inspection systems, the Chief Technology Officer, Research (Singapore) & Manager, Development ensures that semiconductor fabrication processes meet rigorous quality standards. This leadership role involves managing complex engineering teams to refine metrology systems that detect microscopic defects on wafers. By aligning research outputs with market demands for nanoelectronics, Eric Jiang accelerates the deployment of high-precision manufacturing tools. The Chief Technology Officer, Research (Singapore) & Manager, Development maintains close collaboration with global engineering hubs to standardize development protocols. Through this technical oversight, the company sustains a competitive edge in wafer quality optimization. Jiang drives innovation by integrating cutting-edge sensor technology into existing fabrication workflows, ultimately enhancing yield efficiency for semiconductor manufacturers worldwide.

Avi Sokol, the Vice President & Chief Information Officer at KLA, architects the digital infrastructure supporting global semiconductor equipment operations. Managing enterprise-wide data systems, the Vice President & Chief Information Officer ensures secure and efficient information flow across all fabrication and packaging facilities. This leadership role involves implementing robust cybersecurity frameworks to protect proprietary metrology data and intellectual property. By optimizing internal software platforms, Avi Sokol enables seamless collaboration between research scientists and manufacturing teams. The Vice President & Chief Information Officer oversees the integration of cloud-based analytics to improve operational transparency and decision-making speed. Through strategic investment in digital transformation, Sokol supports the company's mission to provide high-accuracy inspection tools. The Vice President & Chief Information Officer maintains alignment with corporate growth objectives by scaling IT resources to match the increasing complexity of semiconductor manufacturing processes, ensuring that all technical systems remain resilient against evolving industry threats.

Tali Shenderey, the Chief of Staff (Mde) at KLA, coordinates strategic initiatives across the manufacturing and development divisions. Facilitating communication between executive leadership and operational teams, the Chief of Staff (Mde) ensures that organizational goals align with the company's focus on advanced process control. This leadership role involves managing cross-functional projects that streamline the deployment of inspection and metrology systems. By monitoring key performance indicators, Tali Shenderey identifies opportunities to improve operational efficiency within the fabrication ecosystem. The Chief of Staff (Mde) supports the executive team by synthesizing complex technical data into actionable business strategies. Through rigorous project management, Shenderey drives the execution of corporate priorities, ensuring that resources are allocated effectively to support yield optimization efforts. The Chief of Staff (Mde) maintains a high-level view of internal processes, enabling the company to respond rapidly to shifts in the semiconductor market while maintaining consistent quality standards across all product lines.

Sanghoon Bae, the Manager, Strategic Image Sensor Development and Research Scientist and Chief Technology Officer, Office at KLA, leads the innovation of high-resolution imaging technologies for semiconductor inspection. Overseeing the research and development of advanced sensors, the Manager, Strategic Image Sensor Development and Research Scientist and Chief Technology Officer, Office ensures that metrology systems achieve superior defect detection capabilities. This leadership role involves bridging the gap between theoretical research and practical application in wafer fabrication environments. By refining image processing algorithms, Sanghoon Bae enhances the precision of inspection tools used in nanoelectronics manufacturing. The Manager, Strategic Image Sensor Development and Research Scientist and Chief Technology Officer, Office collaborates with internal engineering teams to integrate these sensors into the broader product portfolio. Through this technical focus, Bae supports the company's commitment to yield optimization. The Manager, Strategic Image Sensor Development and Research Scientist and Chief Technology Officer, Office drives the development of next-generation hardware that allows manufacturers to identify and resolve defects with unprecedented accuracy.

Ben Tsai, the Chief Technical Officer & Executive VP, Corporate Alliances at KLA, directs the company's long-term technical roadmap and manages strategic partnerships within the semiconductor ecosystem. Overseeing corporate alliances, the Chief Technical Officer & Executive VP, Corporate Alliances fosters collaborations that expand the reach of inspection and metrology technologies. This leadership role involves engaging with industry leaders to define future standards for chip manufacturing and process control. By leveraging these partnerships, Ben Tsai ensures that the company remains at the forefront of nanoelectronics innovation. The Chief Technical Officer & Executive VP, Corporate Alliances provides technical guidance to the board, shaping the strategic direction of product development. Through this high-level oversight, Tsai secures the company's market position as a provider of essential yield optimization solutions. The Chief Technical Officer & Executive VP, Corporate Alliances maintains a focus on long-term growth, ensuring that all alliances contribute to the advancement of wafer quality and fabrication efficiency on a global scale.

Rollin Kocher, the Sales Director at KLA, leads the commercial strategy for the company's advanced inspection and metrology systems. Overseeing global sales initiatives, the Sales Director ensures that semiconductor manufacturers receive the precise equipment necessary to optimize yield and wafer quality. This leadership role involves managing client relationships and identifying new market opportunities for process control technologies. By analyzing industry trends, Rollin Kocher aligns sales efforts with the specific needs of fabrication and packaging facilities. The Sales Director collaborates with technical teams to demonstrate the value of high-precision inspection tools in complex manufacturing environments. Through strategic account management, Kocher drives revenue growth and expands the company's footprint in the nanoelectronics sector. The Sales Director maintains a focus on customer success, ensuring that all sales engagements provide manufacturers with the solutions required to detect defects and improve overall production efficiency in a highly competitive global semiconductor market.