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Course Outline

Introduction to AI in Manufacturing

  • Emerging trends in smart manufacturing and Industry 4.0.
  • An overview of AI applications in operational settings.
  • Essential performance metrics and KPIs.

Data Collection and Preparation

  • Identifying manufacturing data sources (sensors, PLC, MES).
  • Cleaning and formatting time-series data for analysis.
  • Leveraging Pandas and Jupyter for data preprocessing.

Descriptive and Diagnostic Analytics

  • Exploratory data analysis and visualization techniques.
  • Conducting correlation analysis and identifying root causes.
  • Building custom dashboards using Power BI.

Machine Learning for Process Optimization

  • Exploring supervised and unsupervised learning approaches.
  • Using clustering for pattern discovery.
  • Applying regression and classification for predictive insights.

AI for Predictive Maintenance and Quality

  • Implementing anomaly detection and predictive alerts.
  • Developing failure prediction models.
  • Enhancing product quality through model-driven insights.

Real-Time Analytics and Feedback Loops

  • Handling streaming data and real-time processing.
  • Integrating with SCADA/MES systems.
  • Establishing feedback mechanisms for automatic process adjustments.

Case Study and Capstone Project

  • Performing hands-on analysis of real-world datasets.
  • Designing and validating an optimization model.
  • Presenting a final AI-driven improvement plan.

Summary and Next Steps

Requirements

  • A solid understanding of manufacturing processes or operations management.
  • Practical experience with data analysis or Excel-based reporting.
  • Basic familiarity with programming or scripting languages.

Target Audience

  • Process engineers.
  • Plant supervisors.
  • Lean Six Sigma professionals.
 21 Hours

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