Python Quest

Set up Python and VS Code, create Python files, run programs, and write simple print statements to create a first Python program.

Understand variables as containers for information, store and change values, and use input() to collect information from the user.

Use Python for addition, subtraction, multiplication, division, remainders, whole-number division, powers, and calculations using numbers entered by the user.

Understand True and False values and use comparison operators such as ==, !=, >, <, >=, and <= together with and, or, and not.

Use if, elif, and else to make decisions in programs based on different conditions and user choices.

Use for loops and range() to repeat actions, loop through strings, and create counting and countdown programs.

Understand while loops and use break and continue to control repeated actions while building simple guessing and password programs.

Create reusable functions using def, pass information through parameters, and return results using return.

Create lists, add and remove items, find the length of a list, and use loops to work with multiple pieces of data.

Understand key-value pairs, create dictionaries, access and update values, and loop through dictionary data.

Use dictionaries to create a simple library system that stores books and their availability while practicing adding, accessing, and displaying information.

Work with text using uppercase and lowercase conversion, replace text, slicing, indexes, length, word counting, and other string operations.

Use random numbers and random choices, add delays with time.sleep(), and handle simple errors safely using try and except.

Use Python Turtle to draw lines, circles, squares, triangles, stars, and other basic shapes using movement commands and loops.

Use turtle colors, pen sizes, loops, and repeated movements to create colorful drawings, spirals, patterns, and digital art.

Combine turtle shapes and loops to create a complete scene containing objects such as a sun, flower, clouds, tree, grass, house, and rainbow.

Review variables, math, if/else, loops, functions, lists, dictionaries, and turtle while improving previously created mini-projects.

Combine input, random numbers, loops, and if/else logic to build a number guessing game with hints, limited attempts, and scoring.

Use dictionaries, loops, conditions, and scoring to create an interactive quiz game with multiple questions and results.

Collect user inputs and combine them with random choices to generate creative and funny stories with different characters, places, villains, twists, and endings.

Build a player-versus-computer game using lists, random choices, conditions, multiple rounds, and a score system.

Use dictionaries, user input, lists, and mathematics to create a virtual shop where users select products, build a cart, and calculate the total cost.

Create a pet simulator using dictionaries to store hunger and happiness and update pet statistics based on actions such as feeding and playing.

Add while loops to the pet simulator so users can repeatedly feed, play, sleep, and interact with their virtual pet until they choose to quit.

Use time delays and conditions to simulate time passing and create game-ending conditions based on hunger and happiness.

Combine multiple statistics, actions, loops, conditions, and win or lose rules to create a complete Tamagotchi-style pet simulator.

Use turtle screen events and keyboard controls to move a turtle around the screen and create an interactive drawing application.

Add keyboard controls for changing drawing colors and allow users to switch colors while creating artwork.

Add clear-screen and reset controls so users can erase their drawings and return the turtle to its starting position.

Combine movement, colors, pen size, clear, reset, and other controls to complete an interactive drawing studio.

Review variables, mathematics, if/else conditions, loops, and functions while improving previous projects with new features.

Review lists, dictionaries, and strings by adding, removing, accessing, slicing, and organizing different types of data.

Review random, time, and turtle modules through dice games, countdowns, random choices, and quick drawing activities.

Choose a favorite previous project, understand its existing code, and add new features or improvements using the Python concepts learned.

Continue expanding a selected project by adding features such as scoring, new characters, levels, loops, or additional user interactions.

Present a completed Python project, explain how it works in simple words, demonstrate the program, and confidently share what was learned.