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Course Outline
Fundamentals of AI in Quality Control
- Perspective on AI’s role in manufacturing quality management
- Use cases in inspection, defect identification, and regulatory compliance
- Advantages and constraints of AI-enabled QA
Acquisition and Preparation of Quality Data
- Data modalities in QA (imagery, sensor readings, production logs)
- Annotating visual datasets utilizing LabelImg
- Organizing data storage and structure for model training
Computer Vision Applications in QA
- Core concepts of image processing using OpenCV
- Preprocessing strategies for industrial imagery
- Extraction of visual features for analytical purposes
Machine Learning for Anomaly Identification
- Training elementary classifiers for defect recognition
- Utilization of convolutional neural networks (CNNs)
- Unsupervised learning approaches for anomaly detection
AI-Based Yield Prediction
- Overview of regression methodologies
- Construction of models to predict production yields
- Assessment and optimization of prediction accuracy
AI Integration with Production Systems
- Deployment strategies for inspection models
- Comparative analysis of Edge AI versus cloud-based solutions
- Automation of alerts and quality reporting mechanisms
Applied Case Study and Capstone Project
- Development of an end-to-end AI inspection prototype
- Model training and validation using sample QA datasets
- Presentation of a operational quality control AI solution
Recap and Future Directions
Requirements
- Foundational knowledge of manufacturing or QA workflows
- Proficiency with spreadsheets or digital reporting interfaces
- A keen interest in data-driven quality assurance methodologies
Target Audience
- Quality assurance specialists
- Production team leads
21 Hours