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Course Outline
Introduction and Selection of Team Use Cases
- Overview of AI integration in industrial settings
- Use case categories: quality control, maintenance, energy, and logistics
- Team formation and defining project goals
Understanding and Preparing Industrial Data
- Varieties of industrial data: time-series, tabular, image, and text
- Data collection, cleaning, and preprocessing techniques
- Exploratory data analysis using Pandas and Matplotlib
Model Selection and Prototyping
- Deciding on regression, classification, clustering, or anomaly detection approaches
- Training and assessing models with Scikit-learn
- Utilizing TensorFlow or PyTorch for advanced modeling tasks
Visualizing and Interpreting Results
- Developing intuitive dashboards or reporting tools
- Analyzing performance metrics such as accuracy, precision, and recall
- Recording underlying assumptions and limitations
Deployment Simulation and Feedback
- Simulating edge and cloud deployment scenarios
- Gathering feedback and refining models
- Strategies for integrating solutions into operational workflows
Capstone Project Development
- Finalizing and testing team prototypes
- Peer review and collaborative debugging sessions
- Preparing the project presentation and technical summary
Team Presentations and Conclusion
- Presenting AI solution concepts and results
- Group reflection and key takeaways
- Roadmap for scaling applications within the organization
Recap and Future Steps
Requirements
- A foundational grasp of manufacturing or industrial workflows
- Familiarity with Python and fundamental machine learning concepts
- Capability to process both structured and unstructured data
Target Audience
- Cross-functional teams
- Engineers
- Data scientists
- IT specialists
21 Hours