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Applied pathway for faster automation – full-auto readiness (Part 2/2)

Driving MES 300works® deployments to achieve a fully automated CIM system

For semiconductor frontend manufacturers, having a goal of achieving full automation is a critical factor for leading and supporting a successful fab with required automation capabilities.

However, the path to reach this goal varies and depends on numerous factors. Several risks prevail in this process, depending on customer management and whether the right partnerships are developed for journeying on the path together.

When customers successfully achieve their first MES deployment with basic automation and can run wafer processes, then it’s time to establish a vision focused on increasing factory automation capabilities with the goal of closing in on full automation in a timely manner.

What Is Full Automation?

Full automation, also known as full-auto or lights out manufacturing, enables factories to process products automatically with minimum human interaction1. Full automation enables fabs to optimally use data and computer systems to enhance productivity.

The following diagram illustrates the concept of full automation, showing the flow or relationship among making decisions, transporting material, learning, and reacting to exceptions.

Figure 1 Full Automation
Figure 1. The concept of full automation
We believe it’s critical for manufacturers to have a vision of achieving full automation—and as early in the process as possible. Why? So manufacturers can work in parallel to (1) deploy various factory applications to increase product quality and (2) maximize throughput with better integration of these applications. To achieve full automation in the appropriate time, manufacturers must progress through the following activities (summarized in Figure 2):
  1. Design automation scenarios. Factories have different needs and conditions that they must manage, such as factory space constraints and tools with limited online capabilities. Such conditions require that factories carefully consider and design automation scenarios, so they work with multiple applications like dispatching, run-to-run control, fault detection and classification, alarm management, recipe management, and others depending on factory automation scope.
  2. Refine operation capabilities. The timeline for implementing full automation involves refining MES execution scenarios based on processes and equipment that are continuously being added in the factory. Factories will continuously change to increase production output, so it’s inevitable to change manufacturing scenarios, including equipment form factors, integration with the automated material handling system, and so forth. Change is constant in a fab, particularly after deployment because customers are continuously looking to improve operational efficiency.
  3. Deploy automated capabilities. Following design and refinement, factories can start deploying automation capabilities with full automation scenarios to implement no or minimum human intervention.
Figure 2 Automation Path
Figure 2. Activities for achieving full automation

Use Case: Common Challenges with Advanced Automation

Part 1 of this blog highlighted a use case of a frontend manufacturer who accomplished basic automation in 90 days. This same manufacturer wanted to achieve advanced automation as soon as possible, but even after improving their automation capabilities during this time, they were still concerned about avoiding countless errors if they overlooked an integration point in some area. Other challenges faced by this manufacturer included:
  • Building a company-wide view of full automation
  • Lacking or not having enough automation knowledge, particularly with integration
  • No expertise on how to improve
  • Limited view on how to prioritize automation tasks

Partnering for Advanced Automation

Applied can be a valuable partner for consulting on automation concerns, particularly on matters related with execution, which integration to implement first, which processes to prioritize to avoid setbacks, and so forth. With Applied, what value can customers expect?
  • Complete full-auto readiness in 6–9 months
  • Production ramp from basic automation to semi automation to increase yield and output
  • On time readiness for full automation
Figure 3 shows how Applied SmartFactory automation capabilities align with various levels of automation with the target to achieve full automation capabilities.
Figure 3 Automation Journey
Figure 3. Capabilities for journeying from manual to level 2 automation

Deploying an MES, together with automation applications following a systematic and experienced approach, is provided through Applied’s proven solution. This solution is built on expertise gained through many deployments over the years. Applied SmartFactory MES 300works® is market-proven for achieving fast MES deployment in 90 days. The solution enables customers to execute in their factory with fully automated capabilities within a year.


[1] Krishnaswamy, S., Hanny, D., & Napiah, J. (n.d.). Challenges and strategies to achieve full automation in semiconductor assembly and test. Semi.org. Retrieved June 29, 2022, from https://www.semi.org/en/about/AMAT

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About the Author

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Seong Hoon Lee
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