Data and ML foundations
Problem types, datasets, features, labels, notebooks, experiments, and responsible use basics.
Understand the machine-learning workflow by preparing data, training models, evaluating results, and shipping a focused AI project.
Build a practical foundation in applied machine learning without skipping the reasoning behind the models. You will explore data, prepare features, train baseline models, evaluate tradeoffs, and communicate results responsibly.
Explore, clean, and prepare datasets for a repeatable ML workflow.
Train baseline supervised-learning models and compare performance.
Choose useful evaluation metrics and identify common model risks.
Package findings into a clear, reproducible portfolio project.
Problem types, datasets, features, labels, notebooks, experiments, and responsible use basics.
Exploration, missing values, outliers, encoding, scaling, feature selection, and train-test splits.
Regression, classification, baseline models, trees, ensembles, and practical model selection.
Metrics, cross-validation, tuning, leakage, imbalance, interpretability, and error analysis.
Frame a problem, build a reproducible pipeline, assess limitations, and communicate the result.
An exploratory data project that turns raw records into clear findings and visual evidence.
A tested supervised-learning workflow with justified metrics and documented limitations.
A reproducible end-to-end project with a concise report and presentation-ready result.