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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

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