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Program BBP – Block-Based Python Programming - Introduction to Python programming through a block-based approach
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Program BBP – Block-Based Python Programming

Introduction to Python programming through a block-based approach

Duration

24 lessons

Class Size

Max 8 students

Learning Mode

hybrid

6 modules•24 topics•24 lessons•24 total hours

About This Course

Learn essential Python concepts through a visual block-based approach, perfect for transitioning to text-based coding.

Key Learning Outcomes

  • Python Programming

    Develop complete Python programs

  • Problem-Solving

    Apply Python programming concepts to solve real-world problems

Course Modules

Course Curriculum

A comprehensive learning path structured in modules

6 modules
24 total topics
12 lessons

1
Python Fundamentals

Introduction to core programming concepts and Python basics

2 lessons

1.1Computational Thinking

Understanding decomposition, pattern recognition, abstraction, and algorithms

1.2EduBlocks Introduction

Setting up EduBlocks and creating first Python programs with print() and input()

1.3Variables & Operators

Working with different data types and performing calculations with operators

1.4Conditionals & Decision Making

Using if-else statements to create decision-making programs like a Rollercoaster Queue System

2
Data Structures & Randomization

Working with lists and the random module

2 lessons

2.1Python Lists

Creating and manipulating lists to store multiple values

2.2Random Module

Using Python's random module for games and simulations

2.3Rock-Paper-Scissors Project

Building an interactive Rock-Paper-Scissors game

2.4Assessment & Review

Reviewing concepts and taking assessments to reinforce learning

3
Functions & Reusability

Creating reusable code with functions

2 lessons

3.1Python Functions

Defining and calling functions to organize code

3.2Function Parameters

Passing data to functions and working with parameters

3.3Return Values

Getting results from functions using return statements

3.4Practical Applications

Applying functions to solve real-world problems

4
Turtle Graphics & Visual Programming

Creating visual elements with Python Turtle

2 lessons

4.1Turtle Basics

Understanding the Python Turtle library and basic commands

4.2Drawing Shapes

Creating geometric shapes using Turtle commands

4.3Pattern Creation

Designing repeating patterns with the Pattern Shapes project

4.4Racing Turtles Project

Building an interactive racing game with multiple turtles

5
Loops & Advanced Concepts

Working with loops and applying them to projects

2 lessons

5.1While Loops

Using while loops for condition-based repetition

5.2For Loops

Implementing for loops for iterating over sequences

5.3Loop Control

Managing loop execution with break and continue statements

5.4Picasso Art Project

Creating algorithmic art using loops and Turtle graphics

6
Data Visualization & Final Projects

Creating interactive data visualizations and building complete applications

2 lessons

6.1Pygal Introduction

Learning to create interactive charts and graphs with Pygal

6.2Nutritious Meal Project

Visualizing nutritional data with interactive charts

6.3Quiz Game Development

Building a complete quiz application with score tracking

6.4Scientific Calculator

Creating a functional scientific calculator as a final project

Key Benefits

Python programming skills

Students will learn essential Python programming concepts

Computational thinking

Students will learn to think like a programmer

Problem-solving abilities

Students will develop systematic approaches to solving problems

Course Details

Information about this course

Duration

24 lessons

Session Length

1 hour

Learning Mode

HYBRID

Age Group

10-13 years old and above