Course Outline

Introduction to Artificial Intelligence in Quality Control for Government

  • Overview of AI applications in manufacturing quality processes for government
  • Applications in inspection, defect detection, and regulatory compliance for government
  • Benefits and limitations of AI-powered quality assurance (QA) for government

Collecting and Preparing Quality Data for Government

  • Types of data used in QA for government (images, sensors, production logs)
  • Labeling visual datasets with LabelImg for government use
  • Data storage and structure for training models for government applications

Introduction to Computer Vision for Quality Assurance in Government

  • Basics of image processing with OpenCV for government
  • Preprocessing techniques for industrial images for government
  • Extracting visual features for analysis for government

Machine Learning for Anomaly Detection in Government

  • Training simple classifiers for defect detection for government
  • Using convolutional neural networks (CNNs) for government applications
  • Unsupervised learning for anomaly identification for government

Yield Forecasting with AI Models for Government

  • Introduction to regression techniques for government
  • Building models to forecast production yields for government
  • Evaluating and improving prediction accuracy for government

Integrating AI with Production Systems for Government

  • Deployment options for inspection models in government environments
  • Edge AI vs. cloud-based analysis for government operations
  • Automating alerts and quality reporting for government

Practical Case Study and Final Project for Government

  • Developing an end-to-end AI inspection prototype for government use
  • Training and testing with sample QA datasets for government
  • Presenting a functional quality control AI solution for government

Summary and Next Steps for Government

Requirements

  • Knowledge of fundamental manufacturing or quality assurance processes for government
  • Experience with spreadsheets or digital reporting tools
  • Enthusiasm for data-driven quality control techniques

Audience

  • Quality assurance specialists
  • Production supervisors
 21 Hours

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