Learn EDUBLOCKS with Real Code Examples

Edublocks allows learners to construct programs by dragging and dropping visual code blocks.

It automatically generates equivalent Python code in the background, teaching syntax gradually.

Supports basic programming concepts: variables, loops, conditionals, functions, and events.

Ideal for young learners or coding newcomers who may find text syntax intimidating.

Can be used for learning general programming logic, robotics, or microcontroller projects (e.g., Raspberry Pi).

Variables, loops, conditionals, functions represented as blocks

Interactive editor showing both blocks and generated Python code

Event-driven programming support (button presses, sensors)

Code export as Python script for standalone use

Integration with educational microcontrollers (Raspberry Pi GPIO, micro:bit)

Block - visual representation of a code statement

Workspace - area to assemble blocks

Python code - auto-generated text representation

Events - actions triggered by user input or sensors

Variables and functions - introduced visually and mapped to Python code

Workspace - main block editor

Generated Python code window

Assets folder (if required for hardware or media)

Optional custom block definitions for advanced projects

Exported `.py` files for reuse

Open Edublocks -> create new project

Drag blocks for variables, loops, or conditionals

Connect blocks to build logical flow

Observe generated Python code in real-time

Run project locally or export Python script for external execution

Beginner: simple loops and print statements

Intermediate: interactive programs with events and conditionals

Advanced: hardware projects using Raspberry Pi or micro:bit

Expert: combining multiple hardware modules and Python logic

Architect: curriculum development or educational workshops using Edublocks

Edublocks vs Scratch: Python-focused vs Scratch’s event-driven visual language

Edublocks vs Processing.py: block-based beginner focus vs text-based scripting

Edublocks vs MicroPython IDE: beginner-friendly vs professional scripting

Edublocks vs CodeCombat: visual coding vs gamified coding education

Edublocks vs traditional Python IDE: simpler entry, automatic syntax guidance

2017 - Edublocks initial release

2018–2020 - Added Python 3 support and hardware integration

2021–2023 - Improved block-to-code mapping and UI refinements

2024 - Expanded library support for Raspberry Pi and micro:bit

Future - ongoing updates, educational resources, and community contributions

Block - visual representation of a Python statement

Workspace - area to assemble blocks

Event - action triggered by input

Generated code - Python code produced from blocks

Project - complete Edublocks sketch including blocks and exported Python