Lecture
The Machine Learning Workflow
A machine learning workflow is a structured process that outlines how raw data is transformed into a trained and deployed model.
Following a defined workflow helps maintain efficiency, reproducibility, and consistency across projects.
Instead of listing the stages here, review the whiteboard diagram to see how each step connects within the overall pipeline.
Key Takeaways
- A clear ML workflow reduces errors and improves reproducibility.
- The process is iterative β you often revisit earlier steps to refine performance.
Scikit-learnsupports nearly every stage, from data preprocessing to model evaluation.
Lessons in this chapter Β· Machine Learning with Scikit-learn
- 1. Introduction to Scikit-learn
- 2. The Machine Learning Workflow
- 3. Types of ML - Supervised vs Unsupervised
- 4. Dataset Structure - Features and Labels
- 5. Splitting Data - Train vs Test
- 6. ML Workflow and Model Lifecycle
- 7. Feature Scaling and Preprocessing
- 8. Multiple-choice quiz
- 9. Classification with K-Nearest Neighbors
- 10. Regression with Linear Models
- 11. Evaluating Classification Models
- 12. Evaluating Regression Models
- 13. Introduction to Clustering (K-Means)
- 14. What is Cross-Validation?
- 15. Fill-in-the-blank quiz
Quiz
0 / 1
Which of the following is a key benefit of following a structured machine learning workflow?
Increased computational power
More complex algorithms
Improved reproducibility of results
Larger datasets
Lecture
AI Tutor
Design
Upload
Notes
Favorites
Help