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Course Outline

Introduction to AI in Quality Control

  • Overview of AI roles in manufacturing quality processes
  • Applications in inspection, defect detection, and compliance
  • Advantages and constraints of AI-driven QA

Collecting and Preparing Quality Data

  • Data types utilized in QA (images, sensors, production logs)
  • Annotating visual datasets using LabelImg
  • Data organization and storage strategies for model training

Introduction to Computer Vision for QA

  • Fundamentals of image processing with OpenCV
  • Preprocessing methods for industrial imagery
  • Extracting visual features for in-depth analysis

Machine Learning for Anomaly Detection

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

Yield Forecasting with AI Models

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

Integrating AI with Production Systems

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

Practical Case Study and Final Project

  • Building an end-to-end AI inspection prototype
  • Training and validating with sample QA datasets
  • Demonstrating a functional AI quality control solution

Summary and Next Steps

Requirements

  • Foundational knowledge of manufacturing or QA processes
  • Comfort with spreadsheets or digital reporting tools
  • A keen interest in data-driven quality control approaches

Target Audience

  • Quality assurance specialists
  • Production leads
 21 Hours

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