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Course Outline
Introduction to AI in Manufacturing
- Current trends in smart manufacturing and Industry 4.0
- Overview of AI applications in operational contexts
- Essential performance metrics and KPIs
Data Acquisition and Preparation
- Sources of manufacturing data (sensors, PLC, MES)
- Cleaning and structuring time-series data
- Utilizing Pandas and Jupyter for data preprocessing
Descriptive and Diagnostic Analytics
- Exploratory data analysis and visualization techniques
- Correlation studies and root cause analysis
- Building custom dashboards using Power BI
Machine Learning for Process Optimization
- Supervised and unsupervised learning paradigms
- Applying clustering for pattern recognition
- Regression and classification techniques for forecasting
AI for Predictive Maintenance and Quality Control
- Anomaly detection and automated predictive alerts
- Developing failure prediction models
- Enhancing product quality through model-derived insights
Real-Time Analytics and Feedback Mechanisms
- Streaming data and real-time processing workflows
- Integration with SCADA/MES systems
- Enabling automatic process adjustments via feedback loops
Case Study and Capstone Project
- Practical analysis of real-world datasets
- Designing and validating an optimization model
- Presenting a comprehensive AI-driven improvement strategy
Summary and Future Directions
Requirements
- Foundational knowledge of manufacturing workflows or operations management
- Prior experience with data analysis or Excel-based reporting tools
- Basic proficiency in programming or scripting languages
Target Audience
- Process engineers
- Plant supervisors
- Lean Six Sigma practitioners
21 Hours