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Course Outline
Introduction to AI in Quality Control
- Overview of AI roles in manufacturing quality processes
- Use cases in inspection, defect identification, and compliance
- Advantages and constraints of AI-driven QA
Collecting and Preparing Quality Data
- Data types utilized in QA (images, sensor readings, production logs)
- Annotating visual datasets using LabelImg
- Organizing data storage and structure for model training
Introduction to Computer Vision for QA
- Fundamentals of image processing using OpenCV
- Preprocessing methods tailored for industrial imagery
- Deriving visual features for detailed analysis
Machine Learning for Anomaly Detection
- Training basic classifiers for defect recognition
- Utilizing convolutional neural networks (CNNs)
- Applying unsupervised learning for identifying anomalies
Yield Forecasting with AI Models
- Introduction to regression methods
- Developing models to predict production yields
- Assessing and refining prediction precision
Integrating AI with Production Systems
- Deployment strategies for inspection models
- Edge AI versus cloud-based analytics
- Automating alerts and quality reporting mechanisms
Practical Case Study and Final Project
- Creating an end-to-end AI inspection prototype
- Training and testing using sample QA datasets
- Demonstrating a functional AI-based quality control solution
Summary and Next Steps
Requirements
- Foundational knowledge of manufacturing or QA procedures
- Experience with spreadsheets or digital reporting tools
- A keen interest in data-driven quality control strategies
Target Audience
- Quality assurance specialists
- Production team leads
21 Hours