Course Overview

🐍 Python Mastery Program — 192 Classes Roadmap

From Zero to Advanced Python Developer — Learn. Build. Innovate.

Welcome to CodingGems.in’s Python Mastery Program, a 192-class curriculum that takes students from foundational coding concepts to real-world software, game development, and an introduction to Artificial Intelligence and Machine Learning.

This program is structured into three stages:

1. Python Basics (96 Classes)
2. Python Intermediate (48 Classes)
3. Python Advanced (48 Classes)

Suitable for beginners in Grade 5 through college students, this roadmap develops technical skills, creative thinking, and problem-solving through project-based learning.

🌱 Stage 1 — Python Basics (96 Classes)

Build the foundation of your coding journey.
Students develop core programming skills, logical thinking, and creativity through hands-on exercises and projects.

Module 1 — Python Syntax and Fundamentals (Classes 1–20)

• Introduction to Python and development environments (Replit / IDE)
• Writing and executing programs; “Hello World”
• Variables, identifiers, and basic data types (numbers, strings, booleans, lists, dictionaries)
• Type casting, input/output, and arithmetic operations
• Projects: Calculator, Story Generator, Personalized Greeting App

Module 2 — Conditional Branching (Classes 21–36)

• Conditional statements: if, elif, else
• Comparison and logical operators; nested conditions
• Projects: Age Verification, School Grading App, Quiz Game

Module 3 — Loops and Iterations (Classes 37–52)

• for and while loops, range(), nested loops, and loop control (break, continue, pass)
• Pattern printing and iterative problem solving
• Projects: Number Guessing Game, Multiplication Table Generator, Shape Patterns

Module 4 — Built-in Functions and String Operations (Classes 53–64)

• Built-in functions (len, max, min, sum, etc.)
• String slicing, formatting, list methods, and type conversion
• Projects: Text Analyzer, Name Generator, Automated Message Composer

Module 5 — Drawing in Python (Classes 65–80)

• Turtle graphics: drawing commands, shapes, colors, and animation
• Using loops and coordinates for visual design
• Projects: Google Doodle Recreation, Diwali Fireworks Design, Creative Landscapes

Module 6 — Functions and Modularity (Classes 81–90)

• Defining and calling functions, parameters, return values, and scope
• Modular design and code reuse
• Projects: Banking App Simulation, Temperature Converter, BMI Calculator

Module 7 — Google Doodle & Internet Safety (Classes 91–96)

• Creative interactive doodles using code
• Fundamentals of digital citizenship and online safety
• Final Basic Project: Interactive Digital Poster promoting Internet Safety

Outcome: Solid foundation in Python syntax, logic, and creativity — ready for intermediate topics.

⚙️ Stage 2 — Python Intermediate (48 Classes)

Advance to data structures, GUI programming, and algorithms.

Module 1 — Lists & Dictionaries (Classes 1–12)

• Advanced list operations, slicing, nesting, and list comprehensions
• Dictionary methods: keys, values, items, nested dictionaries
• Projects: Student Marks Organizer, Shopping Cart Simulator, Library Record System, Expense Tracker

Module 2 — Data Structures (Classes 13–20)

• Tuples, sets, frozen sets; mutability vs. immutability
• Tuple unpacking and set operations for uniqueness and performance
• Projects: Contact Directory, Unique Word Finder, Grade Analyzer, Restaurant Menu Manager

Module 3 — Tkinter GUI Development (Classes 21–32)

• GUI fundamentals and event-driven programming with Tkinter
• Windows, frames, labels, buttons, entry fields, message boxes, and layout management
• File handling through GUI and multi-window applications
• Projects: Digital Calculator, To-Do List App, Login & Registration System, Student Information Form, Simple Paint Tool, Weather Checker GUI

Module 4 — Functions II (Classes 33–40)

• Lambda functions, closures, decorators, recursion, and advanced argument handling
• Functional programming concepts and code optimization
• Projects: Lambda-based Calculator, Decorator-driven Login System, Function-based Data Analyzer

Module 5 — Search & Sort Algorithms (Classes 41–48)

• Algorithm fundamentals and time complexity basics
• Searching: Linear and Binary Search
• Sorting: Bubble, Insertion, Merge, and Quick Sort
• Projects: Contact Search Tool (Binary Search), Leaderboard Sorter, Student Rank Generator, Inventory Sorter

Outcome: Confidence in building GUI apps, manipulating complex data, and solving algorithmic problems.

🚀 Stage 3 — Python Advanced (48 Classes)

Build full-scale projects, master OOP, advance game development, and explore AI/ML basics.

Module 1 — Game Development with Pygame Zero (Classes 1–10)

• Introduction to Pygame Zero: sprites, animations, and game loops
• Physics basics, collision detection, and user input handling
• Projects: Apple Shooter, Space Invaders

Module 2 — Class Design and OOP (Classes 11–22)

• Object-oriented programming: classes, objects, attributes, methods
• Inheritance, encapsulation, and polymorphism
• Projects: School Management System, OOP-based Game

Module 3 — Advanced OOP & Design Patterns (Classes 23–32)

• Abstract classes, interfaces, modular design, and common design patterns
• Scalable architecture and maintainable code structure
• Project: Inventory System for an Online Shop

Module 4 — Advanced Game Making with Pygame (Classes 33–40)

• Full Pygame development: complex inputs, levels, scores, sound, and asset management
• Projects: 2D Platformer, Car Racing Game

Module 5 — Introduction to AI & ML (Classes 41–48)

• Fundamentals of AI/ML workflows: data, models, training, and evaluation
• Overview of numpy, pandas, and scikit-learn (conceptual and hands-on mini tasks)
• Projects: Chatbot Prototype, AI-driven Guessing Game, Final Capstone: AI-integrated Python Game

Outcome: Students complete the program capable of building apps, games, and introductory AI projects — prepared for competitions, internships, and college-level challenges.

🌟 Program Highlights

• Progressive curriculum from beginner to advanced across 192 hands-on classes
• 100% project-based learning with real-world applications
• Tools & frameworks: Replit, Tkinter, Pygame Zero / Pygame, Python libraries for data handling
• Expert mentorship, personalized feedback, and progress tracking
• Certification at each stage: Basic, Intermediate, Advanced
• Global learning community and lifetime access to resources

🎓 Who Should Join?

• Grade 5–12 students and college beginners
• Learners passionate about games, apps, AI, or software development
• Students preparing for tech competitions, internships, and advanced studies

🚀 Final Goal

By the end of 192 classes, students will have:

• Built 10+ projects and 3+ games
• Mastered Python from syntax to advanced OOP and introductory AI
• Developed skills to design, code, and deploy meaningful applications
• Gained the mindset and technical foundation of a future innovator and problem-solver

Join CodingGems.in and start the journey from your first line of code to building advanced, real-world Python applications.