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Course Outline

AI in Quality Control: An Introduction

  • A broad look at AI's role in manufacturing quality processes
  • Practical applications in inspection, defect spotting, and regulatory compliance
  • Examining the advantages and constraints of AI-enhanced QA

Quality Data Collection and Preparation

  • Data types relevant to QA (images, sensor readings, production logs)
  • Annotating visual datasets using LabelImg
  • Organizing data storage and structure to support model training

Computer Vision for QA: Foundations

  • Core image processing concepts with OpenCV
  • Preprocessing methods tailored for industrial imagery
  • Deriving visual features for deeper analysis

Machine Learning for Anomaly Detection

  • Training basic classifiers for defect recognition
  • Leveraging convolutional neural networks (CNNs)
  • Utilizing unsupervised learning to identify anomalies

AI Models for Yield Forecasting

  • An overview of regression techniques
  • Constructing models to predict production yields
  • Assessing and refining prediction accuracy

AI Integration with Production Systems

  • Deployment strategies for inspection models
  • Comparing Edge AI against cloud-based analysis
  • Automating alerts and quality reporting workflows

Practical Case Study and Capstone Project

  • Creating an end-to-end AI inspection prototype
  • Training and validating models using sample QA datasets
  • Presenting a working quality control AI solution

Recap and Future Steps

Requirements

  • Foundational knowledge of manufacturing or QA procedures
  • Experience with spreadsheets or digital reporting tools
  • A keen interest in data-centric quality control approaches

Intended Audience

  • QA specialists
  • Production supervisors and leads
 21 Hours

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