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A Moodle 5.1+ platform on Raspberry Pi
MoodleBox is made by Nicolas Martignoni
Version 4.11.1, 15 February 2026
Available courses
Raster graphic editing and photo manipulation using GIMP, focusing on image preparation, layers, text overlays, and graphic assets.
Video editing fundamentals using Kdenlive, covering timeline editing, transitions, audio leveling, and exporting final project videos.
Introduction to Open Broadcaster Software (OBS) for screen recording, live streaming, and video capture for project presentations.
Version control fundamentals with Git and GitHub, covering repositories, commits, branching, pull requests, and collaborative coding.
Interactive data analysis, experimentation, and documentation using Jupyter Notebooks, JupyterLab, and Google Colab environments.
Fundamentals of web development using HTML5 for structure and CSS3 for styling and responsive web page design.
Managing and installing Python external libraries and virtual environments using package managers like pip and conda.
Command line interface (CLI) essentials using BASH for file management, directory navigation, system scripting, and automated workflows.
Creating interactive and static data visualizations using Python libraries such as Matplotlib, Plotly, Streamlit, and Altair.
Core Python programming fundamentals, including data types, control flow, functions, loops, and basic problem-solving scripts.
Beginner-friendly 3D modeling and circuit simulation using Tinkercad for fast prototyping and introductory CAD design.
Open-source 3D parametric CAD modeling using FreeCAD for mechanical parts, 2D drafting, and custom enclosures.
Cloud-based 3D parametric CAD modeling with Onshape for collaborative hardware engineering and part design.
3D printing workflows, including model slicing, STL generation, layer settings, filament types, and printer operation.
Principles of 3D computer-aided design (CAD), geometric modeling, spatial thinking, and digital asset creation.
Identification and application of core passive and active electronic components: resistors, capacitors, diodes, transistors, and LEDs.
LiPo and LiFePO4 battery chemistry, safe charging protocols, battery management systems (BMS), power budgeting, and handling precautions.
Principles of photovoltaic energy, solar power harvesting, circuit integration, and powering small electronic devices.
Fundamental electronics concepts including Ohm's Law, voltage, current, resistance, series/parallel circuits, and signal measurement.
Safe electronic soldering techniques, tool handling, component assembly, wire joining, desoldering, and joint inspection.
Hands-on prototyping with solderless breadboards, component wiring, schematic reading, and circuit troubleshooting.
Professional open-source PCB design using KiCad, including schematic capture, component footprint assignment, and board layout.
Designing electronic circuit diagrams, breadboard layouts, and simple printed circuit board (PCB) schematics in Fritzing.
Introduction to microcontroller architecture, pinouts (GPIO), PWM, analog-to-digital conversion (ADC), and hardware interfaces (I2C, SPI, UART).
Long Range (LoRa) wireless radio communication for low-power IoT telemetry, packet transmission, and remote sensor networking.
Programming microcontrollers in C/C++ using the Arduino IDE, covering board setup, library management, and serial debugging.
Configuring and using the Thonny IDE for flashing firmware, editing code, and debugging MicroPython/CircuitPython boards.
Installing, managing, and utilizing specialized MicroPython and CircuitPython modules/libraries for hardware control.
Programming embedded hardware using MicroPython and CircuitPython to interact with physical sensors, displays, and microcontrollers.