• Install Python and VS Code and run the first program
• Understand syntax, comments, indentation and print()
• Introduce algorithms, flowcharts and step-by-step execution

🐍 Personal Introduction Program — Create a Python program that introduces the student using variables and output.

• Work with integers, floats, strings and Boolean values
• Apply type conversion, arithmetic operators and comparison operators
• Collect and validate user input

🧮 Marks and Percentage Calculator — Build a program that accepts marks and calculates percentages.

• Use if, elif and else statements
• Combine comparison and logical operators
• Design nested and multi-condition decisions

📊 Student Grading System — Create a grading program that assigns grades based on student marks.

• Use for loops, while loops and range()
• Work with counters, accumulators, break and continue
• Generate tables, sequences and number patterns

🎯 Number Guessing Game — Build a game where the player repeatedly guesses a randomly selected number.

• Build nested-loop patterns and shapes
• Identify syntax, runtime and logical errors
• Trace and debug programs in VS Code

🔢 Pattern Generator — Create different number and character patterns using nested loops.

• Create and call reusable functions
• Use parameters, return values and variable scope
• Break larger problems into smaller modules

🧮 Function-Based Calculator — Build a calculator using separate functions for different mathematical operations.

• Use string indexing, slicing and common methods
• Create, update, search and sort lists
• Iterate through collections to solve data problems

📚 Student Marks Analyzer — Store student marks and analyze the collected data using lists.

• Use tuples for fixed collections
• Use sets to remove duplicates and compare groups
• Create dictionaries and nested student records

🗂️ Student Record Management System — Build a structured student record system using Python dictionaries.

• Read from and write to text files
• Handle invalid input with try and except
• Understand classes, objects, attributes and methods

📁 File-Based Student Record System — Store and manage student records using files and basic OOP concepts.

• Use the Turtle screen and coordinate system
• Control movement, direction, angles, pen and fill colours
• Combine loops with shapes and geometric patterns

🎨 Colourful Geometric Pattern — Create an interactive geometric artwork using Turtle Graphics.

• Create reusable Turtle functions
• Add animation, keyboard controls and random movement
• Plan, build and test an interactive graphic

🐢 Interactive Turtle Racing Game — Build a racing game with animated Turtle characters and keyboard interaction.

• Install and import Pygame
• Create a game window and understand the game loop
• Draw shapes, display images and handle keyboard events

🕹️ 2D Arcade Game Setup — Set up the foundation of a playable 2D arcade game.

• Program player movement and screen boundaries
• Create sprites, enemies and obstacles
• Detect collisions and update game state

🎮 Playable Game Level — Build a complete game level with a player, enemies, obstacles and collision detection.

• Add score, lives and increasing difficulty
• Add sound, start, pause and game-over screens
• Test, debug and package the final game

🏆 Complete Python Arcade Game — Develop and polish a fully playable Python arcade game.

• Understand language-based AI, prompts, responses and context
• Connect a Python program to an AI model
• Discuss responsible, safe and accurate use of AI

🤖 Simple Python AI Assistant — Connect Python with an AI model to create a basic conversational assistant.

• Add conversation history and user commands
• Test, debug and improve the final application
• Present projects, receive feedback and complete course evaluation

🚀 Portfolio-Ready AI Assistant — Complete, test and present a Python-based AI assistant as part of the final project showcase.

• Marks and percentage calculator
• Student grading system
• Number guessing game
• Student record management system
• Turtle geometric animation
• Turtle racing game
• Complete Pygame arcade game
• Python-based AI assistant

• Write, test and debug structured Python programs.
• Apply variables, conditions, loops, functions and data structures to practical problems.
• Build creative graphics and animations with Turtle Graphics.
• Develop a complete interactive 2D game with Pygame.
• Create an introductory language-based AI application using Python.
• Present completed projects as part of a beginner programming portfolio.