Mr. Sid Chan See Jean
Senior Director of Test Cell Solution AEM Singapore Pte. Ltd.
As Senior Director of Test Cell Solution, Sid Chan leads the product development team in AEM Singapore to develop new technology for semiconductor test handling. The focus area includes automation, thermal control solution, and tester integration.
Sid Chan joined AEM Singapore in 2010. In his 13 years with AEM, Sid Chan has been playing the role of solution architect for multiple development projects of semiconductor test equipment for FT, SLT, and Burn-in. Most of these projects are now in mass production and deployed to the world’s top semiconductor company. Sid received the SBR Innovator of the Year 2021.
Presentation Title
Driving Efficiency in Semiconductor Testing: Optimizing Automation Throughput with Simulation
Presentation Abstract
The semiconductor industry operates in a dynamic and highly competitive landscape, where optimizing test equipment throughput is critical for achieving efficiency and productivity. Automation has become a game-changer in semiconductor testing, but accurately predicting automation throughput can be complex. In this speech, we will explore how simulation can revolutionize the way we predict automation throughput for semiconductor test equipment.
Through simulation, we can create virtual models that closely mimic real-world semiconductor testing environments. We will discuss how simulation enables us to model complex interactions between equipment modules, processes, and resources, allowing us to accurately forecast the performance of test equipment.
This speech will showcase examples of how AEM have successfully used simulation to optimize their test equipment operations to achieve superior throughput. We will delve into the benefits of using simulation, including the ability to optimize resource utilization, reduce cycle times, and improve equipment utilization for maximum productivity.
Furthermore, we will discuss how simulation can aid in scenario analysis, allowing manufacturers to model different scenarios and assess the impact of changes in processes, equipment configurations, and product mix. We will also explore the role of simulation in data-driven decision-making, enabling manufacturers to continuously refine their automation strategies and adapt to changing market demands.
Join us to uncover the cutting-edge applications of simulation in predicting automation throughput for semiconductor test equipment. Learn how simulation can enable your organization to drive efficiency, optimize operations, and gain a competitive edge in the semiconductor industry.
Key Takeaways:
• Understanding the role of simulation in predicting automation throughput for semiconductor test equipment.
• Examples of semiconductor manufacturers that have successfully used simulation to optimize test equipment operations.
• Benefits of using simulation, such as optimizing resource utilization, reducing cycle times, and improving equipment utilization.
• The role of simulation in scenario analysis and data-driven decision-making for continuous improvement.
• Strategies for leveraging simulation to drive efficiency and gain a competitive edge in the semiconductor industry.
Target Audience:
This speech is suitable for professionals, engineers, managers, and decision-makers involved in semiconductor manufacturing, semiconductor testing, automation, and process optimization. It is particularly relevant for semiconductor industry stakeholders, including semiconductor manufacturers, equipment manufacturers, semiconductor test service providers, and researchers interested in the applications of simulation in semiconductor testing and equipment optimization.