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Course Outline
Introduction and Selection of Team Use Cases
- Context of AI within industrial settings
- Categories of use cases: quality, maintenance, energy, and logistics
- Forming teams and defining project goals
Grasping and Preparing Industrial Data
- Various data types: time-series, tabular, image, and text
- Data collection, cleansing, and preprocessing techniques
- Conducting exploratory data analysis using Pandas and Matplotlib
Model Selection and Prototyping
- Deciding among regression, classification, clustering, or anomaly detection
- Training and assessing models with Scikit-learn
- Employing TensorFlow or PyTorch for advanced modeling tasks
Visualizing and Interpreting Outcomes
- Building clear dashboards or reports
- Understanding performance indicators (accuracy, precision, recall)
- Recording assumptions and recognizing limitations
Deployment Simulation and Review
- Simulating edge and cloud deployment contexts
- Gathering insights and refining models
- Approaches for integrating solutions into operational workflows
Capstone Project Creation
- Finalizing and validating team prototypes
- Peer evaluation and joint troubleshooting
- Drafting the project presentation and technical summary
Team Presentations and Conclusion
- Sharing AI solution concepts and results
- Collective reflection and key takeaways
- Planning the path to scaling use cases across the organization
Recap and Future Directions
Requirements
- Familiarity with manufacturing or industrial workflows
- Proficiency in Python and foundational machine learning concepts
- Competence in handling both structured and unstructured data
Target Audience
- Multidisciplinary teams
- Engineers
- Data scientists
- IT specialists
21 Hours