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Machine Learning: From Basics to Advanced

Machine Learning roadmap for beginners starts from zero, following an easy-to-understand method: intuition first, code later, just enough math. The course goes from environment setup, first model, proper evaluation, overfitting/data leakage prevention, to common models (Linear, Logistic, Tree, XGBoost), unsupervised, time series, and production deployment. Each cluster of lessons has mini-projects, real-life challenges and a clear output checklist.

Who Is This Series For?

This series is for beginners learning ML from scratch, especially if you:

  • Know basic Python but not confident in doing ML projects.
  • Have learned a few discrete algorithms but have not yet assembled them into a complete process.
  • Want to learn in an easy-to-understand way, practice a lot, avoid overloading formulas.

How Will You Learn?

Each lesson is designed according to a fixed frame:

  1. Intuition: understand the "why" first.
  2. Code: run the minimal example, edit parameters to see the difference.
  3. Just enough math: only learn the parts needed to read results and debug models.
  4. Checklist: know clearly what you must do after completing your studies.

Output After Series

Once completed, you will have:

  • 1 reusable end-to-end ML pipeline.
  • Skills to choose the right metrics and avoid data leakage.
  • Experience using pipeline, cross-validation, standard tuning.
  • 1 capstone project with clear rubrics to include in the portfolio.

Fast Track

  • Part 0: Getting started for newbies (setup + first model + baseline).
  • Part 1: Supervised learning foundation (regression/classification/metrics).
  • Part 2: Industrial Workflow (pipeline/CV/leakage/error analysis).
  • Part 3: Advanced algorithms just enough to use (tree, clustering, time series).
  • Part 4: Production + Explainability + Capstone.

Suggested Ways to Study Not to Be Confused

  • Study 2-3 lessons each week, prioritize completing practice exercises.
  • Don't jump right into a complex model before you have a baseline.
  • For each lesson, record 3 ideas: hypothesis, results, lessons learned.

If you're completely new, start in the correct order from Part 0.

Part 0: Getting started for newbies (Week 0)

Part 1: Supervised Learning foundation

Part 2: Industry standard workflow

Part 3: Advanced algorithms just enough to use

Part 4: Production, Explainability and Capstone