Machine Learning Mastery: Python, Data, Models & Deployment is a hands-on, step-by-step course built to take you from beginner to confident ML practitioner—with projects, exercises, and deployment included. You’ll start with the fundamentals of machine learning and its real-world uses, then build strong Python skills (from basics to OOP, error handling, and advanced concepts like decorators and generators). From there, you’ll learn data analysis and visualization with NumPy, Pandas, Matplotlib, and Seaborn, strengthen your statistics and probability foundation, and train real machine learning models—then deploy them like a professional.
Designed for students, beginners, and aspiring ML engineers, this course goes beyond theory. By the end, you’ll complete practical projects (including an Uber data analysis capstone), work confidently with real datasets, and understand the full ML workflow from data to deployment.
Course Highlights
🔹 ML Foundations
Learn what ML is, key types (supervised, unsupervised, reinforcement), common applications, and how to set up your Python ML environment.
🔹 Python for ML
Master Python from basics to advanced: control flow, functions, modules, exceptions, OOP, and advanced tools like iterators, closures, and decorators—with exercises and assignments.
🔹 Data Analysis + Visualization
Clean and explore real data with NumPy and Pandas, then communicate insights using Matplotlib and Seaborn (plus file I/O like CSV, Excel, and SQL).
🔹 Capstone: Uber Data Analysis
Run a complete data analysis project—from cleaning and exploration to insights and presentation-ready visuals.
🔹 Stats, Probability & Math for ML
Cover descriptive and inferential statistics, probability distributions, hypothesis testing, and ML math essentials like vectors, calculus, and optimization.
🔹 Feature Engineering + Data Prep
Handle outliers, missing values, categorical and imbalanced data, and perform EDA/feature engineering using real datasets.
🔹 Models + Deployment + Databases
Build supervised models (regression/classification) and unsupervised models (clustering, PCA), evaluate performance, work with MySQL/PostgreSQL, and learn how deployment fits into real ML projects.
Key Questions
What are the course requirements?
Access to a Laptop or Computer.
Will the certificate be issued?
Yes, a certificate of completion will be issued at the end of the course at No charge.
Expand all
Module 1: Introduction to Machine Learning
5 lectures
Module 2.1 Basic Python Programing
5 lectures
Module 2.2 Flow Control Structure
4 lectures
Module 2.3 Basic Data Structures
4 lectures
Module 2.4 Python Function
3 lectures
Module 2.5 Python modules and packages
2 lectures
Module 2.6 Exception Handling in python
2 lectures
Module 2.7 OOP
5 lectures
Module 2.8 Advance Python
1 lecture
Module 3: Python for Data Analysis – Lesson 3.1: Introduction to NumPy
3 lectures
Module 3.2 Pandas
10 lectures
Module 3.3 Matplotlib
3 lectures
Module 3.4 Seaborn
5 lectures
Module 4 – Statistics and Mathematics for ML
4 lectures
Module 5: Feature Engineering and Data Preparation Lesson : 5.1 – Feature Engineering and Data Preparation
7 lectures
Module 5.2 Supervised Learning
10 lectures
Module 5.3 Other Supervised Learning
10 lectures
Module 5.4 Under Supervised Learning
2 lectures
Module 5.5 Final Project and Deployment
3 lectures
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