Agenda

As the semiconductor industry advances toward increasingly complex systems, heterogeneous integration (HI) has emerged as a critical technology, combining multiple components—such as logic, memory, analog, RF, and photonics—into a single package. This integration approach presents significant challenges in managing electrostatic discharge (ESD), which can compromise reliability and yield if not properly addressed. This workshop provides an overview of ESD challenges unique to HI, including issues related to varying device sensitivities from traditional pins exposed outside of the package to internal die-to-die interfaces, and the increasing number of opportunities for ESD during the complex advanced packaging steps from wafer probe to final test. The session will delve into three core areas: ESD testing, highlighting emerging methodologies for multi-die and 3D stack configurations; ESD verification, focusing on simulation and design rule strategies tailored for heterogeneous systems; and ESD control, discussing best practices in manufacturing, handling, and packaging environments. Attendees will gain practical insights into industry standards, protection schemes, and verification approaches to ensure ESD robustness in next-generation semiconductor products.

Both ANSI/ESD S20.20 and Technical Report TR53 are currently under review. This interactive workshop provides attendees with the opportunity to contribute to the revision process by raising questions, sharing concerns, and offering suggestions for clarification or improvement. A focused discussion will be held on how requirements are developed and integrated into ANSI/ESD S20.20, with special attention given to topics such as facility certification. All stakeholders are encouraged to participate and help shape the future direction of these important documents.

A person certified in process assessment will possess a foundational understanding of general process assessment strategies, specifically those covered during the training. However, this certification does not equip individuals to conduct assessments in every possible scenario. Practical, hands-on experience with real-world process assessments is essential and cannot be fully replaced by the training provided in this certification.

Who Should Consider This Certification:

• ESD Professionals and Process Engineers working in factory environments who are responsible for identifying and evaluating potential ESD risks.
•      Individuals seeking training that extends beyond the scope of process assessment as defined in ANSI/ESD S20.20 particularly those interested in hands-on experience, measurement techniques, and applying Process Assessment Evaluation (PAE) in real-world settings.
•      Those assigned to assess ESD risks within their organization and who require both the training and credentials necessary to perform effective process assessments.
•      Individuals with prior experience in process assessment wish to deepen their expertise and broaden their perspective with additional techniques and considerations.

Learning outcome/skill sets:

•  Develop a systematic approach to process assessment and troubleshooting, grounded in ANSI/ESD SP17.1 principles.
• Gain knowledge of advanced measurement techniques used in process assessment (PA).
• Understand key manufacturing processes, identify critical steps prone to ESD risk, and explore effective mitigation strategies.
• Acquire a foundational understanding of Electromagnetic Interference (EMI), Electrical Overstress (EOS), and relevant auditing methodologies.

Pre-requisites recommended (advanced topics):

• 3–5 years of experience in ESD
• Experience in basic ESD measurement techniques, for example, TR53 certification or equivalent knowledge

Classroom subjects

•            Motivation for process assessment
•       Introduction to physical parameters
•       ESD models of devices, systems, and boards and their relevance in the field   
•       ESD risk scenarios, process assessment flows, and overview of measurement techniques

      The in-person format, which will include demonstrations, exercises, and hands-on opportunities for students, is as follows:

•      Determining the ESD robustness of devices and boards
•      ESD assessment flow I – manual handling   
•      ESD assessment flow II – isolated conductors         
•      ESD assessment flow III – charged ESDS items
•           ESD assessment flow IV – risk due to insulators
•      ESD assessment flow V – ESD event detection
•      Mitigation techniques
•      ESD risk assessment flows for troubleshooting
•      Examples of successful ESD risk assessment

  Exam    

•        Written (multiple choice) exam         
•        Hands-on exam (assess a typical process)   - one hour practical exam                     

A person certified in process assessment will possess a foundational understanding of general process assessment strategies, specifically those covered during the training. However, this certification does not equip individuals to conduct assessments in every possible scenario. Practical, hands-on experience with real-world process assessments is essential and cannot be fully replaced by the training provided in this certification.

Who Should Consider This Certification:

• ESD Professionals and Process Engineers working in factory environments who are responsible for identifying and evaluating potential ESD risks.
•      Individuals seeking training that extends beyond the scope of process assessment as defined in ANSI/ESD S20.20 particularly those interested in hands-on experience, measurement techniques, and applying Process Assessment Evaluation (PAE) in real-world settings.
•      Those assigned to assess ESD risks within their organization and who require both the training and credentials necessary to perform effective process assessments.
•      Individuals with prior experience in process assessment wish to deepen their expertise and broaden their perspective with additional techniques and considerations.

Learning outcome/skill sets:

•  Develop a systematic approach to process assessment and troubleshooting, grounded in ANSI/ESD SP17.1 principles.
• Gain knowledge of advanced measurement techniques used in process assessment (PA).
• Understand key manufacturing processes, identify critical steps prone to ESD risk, and explore effective mitigation strategies.
• Acquire a foundational understanding of Electromagnetic Interference (EMI), Electrical Overstress (EOS), and relevant auditing methodologies.

Pre-requisites recommended (advanced topics):

• 3–5 years of experience in ESD
• Experience in basic ESD measurement techniques, for example, TR53 certification or equivalent knowledge

Classroom subjects

•            Motivation for process assessment
•       Introduction to physical parameters
•       ESD models of devices, systems, and boards and their relevance in the field   
•       ESD risk scenarios, process assessment flows, and overview of measurement techniques

      The in-person format, which will include demonstrations, exercises, and hands-on opportunities for students, is as follows:

•      Determining the ESD robustness of devices and boards
•      ESD assessment flow I – manual handling   
•      ESD assessment flow II – isolated conductors         
•      ESD assessment flow III – charged ESDS items
•           ESD assessment flow IV – risk due to insulators
•      ESD assessment flow V – ESD event detection
•      Mitigation techniques
•      ESD risk assessment flows for troubleshooting
•      Examples of successful ESD risk assessment

  Exam    

•        Written (multiple choice) exam         
•        Hands-on exam (assess a typical process)   - one hour practical exam    

A person certified in process assessment will possess a foundational understanding of general process assessment strategies, specifically those covered during the training. However, this certification does not equip individuals to conduct assessments in every possible scenario. Practical, hands-on experience with real-world process assessments is essential and cannot be fully replaced by the training provided in this certification.

Who Should Consider This Certification:

• ESD Professionals and Process Engineers working in factory environments who are responsible for identifying and evaluating potential ESD risks.
•      Individuals seeking training that extends beyond the scope of process assessment as defined in ANSI/ESD S20.20 particularly those interested in hands-on experience, measurement techniques, and applying Process Assessment Evaluation (PAE) in real-world settings.
•      Those assigned to assess ESD risks within their organization and who require both the training and credentials necessary to perform effective process assessments.
•      Individuals with prior experience in process assessment wish to deepen their expertise and broaden their perspective with additional techniques and considerations.

Learning outcome/skill sets:

•  Develop a systematic approach to process assessment and troubleshooting, grounded in ANSI/ESD SP17.1 principles.
• Gain knowledge of advanced measurement techniques used in process assessment (PA).
• Understand key manufacturing processes, identify critical steps prone to ESD risk, and explore effective mitigation strategies.
• Acquire a foundational understanding of Electromagnetic Interference (EMI), Electrical Overstress (EOS), and relevant auditing methodologies.

Pre-requisites recommended (advanced topics):

• 3–5 years of experience in ESD
• Experience in basic ESD measurement techniques, for example, TR53 certification or equivalent knowledge

Classroom subjects

•            Motivation for process assessment
•       Introduction to physical parameters
•       ESD models of devices, systems, and boards and their relevance in the field   
•       ESD risk scenarios, process assessment flows, and overview of measurement techniques

      The in-person format, which will include demonstrations, exercises, and hands-on opportunities for students, is as follows:

•      Determining the ESD robustness of devices and boards
•      ESD assessment flow I – manual handling   
•      ESD assessment flow II – isolated conductors         
•      ESD assessment flow III – charged ESDS items
•           ESD assessment flow IV – risk due to insulators
•      ESD assessment flow V – ESD event detection
•      Mitigation techniques
•      ESD risk assessment flows for troubleshooting
•      Examples of successful ESD risk assessment

  Exam    

•        Written (multiple choice) exam         
•        Hands-on exam (assess a typical process)   - one hour practical exam    

A person certified in process assessment will possess a foundational understanding of general process assessment strategies, specifically those covered during the training. However, this certification does not equip individuals to conduct assessments in every possible scenario. Practical, hands-on experience with real-world process assessments is essential and cannot be fully replaced by the training provided in this certification.

Exam    

•        Written (multiple choice) exam         
•        Hands-on exam (assess a typical process) - one-hour practical exam