
Explore Arduino interrupts: hardware, pin change, and timer. Learn to create responsive interfaces, perform timed operations, and write efficient code for microcontrollers.

Learn to integrate 7-segment and dot-matrix LED displays with Arduino, covering single and multiple modules, wiring, and coding for various configurations and applications.

Learn to build a "Pico Uno" prototype board, combining Raspberry Pi Pico's power with Arduino Uno's ease of use. Explore three designs, from simple to advanced, including reset and external power options.

Comprehensive guide on electrical setup for a large format 3D printer, covering wiring, control systems, bed leveling, and initial testing. Ideal for advanced makers building custom high-capacity printers.

Explore 3D scanning, CAD reconstruction, FFF and SLS printing techniques for creating custom parts and soft jaws. Learn about industrial printers, post-processing, and CNC integration.

Comprehensive guide to 3D printer file formats, covering STL, SVG, 3MF, G-code, and more. Learn about file types, comparisons, customization, and printing various formats for enhanced 3D printing knowledge.

Unlock hidden Cura features: add unlisted printers, customize part settings, explore marketplace, install scripts, reduce blobs, and print images. Master your 3D printing workflow with these advanced techniques.

Comprehensive review of the Mingda Magician X 3D printer, highlighting its user-friendly features, auto bed leveling, dual gear extruder, and print quality. Includes setup tips and suitability assessment.

Explore Shapr3D for 3D printing product design, comparing it to free alternatives. Learn navigation, sketching, extrusion, modeling techniques, and assemblies. Evaluate its features and pricing for your needs.

Learn essential 3D printer calibration techniques, including extruder steps and PID tuning. Discover a new browser-based tool for sending G-Code and optimize your printer's performance for better print quality.

Learn to design and 3D print customizable shelf brackets using OpenSCAD. Master key concepts like variables, shapes, positioning, and angles to create practical, shareable 3D models.

Learn to create a Python class and library for reading a 16-button keypad with Raspberry Pi, enabling user input for remote projects and enhancing your programming skills.

Learn to use Raspberry Pi GPIO inputs with pull-up and pull-down resistors. Hands-on tutorial covers pin layouts, button inputs, resistor configurations, and practical circuit building on a breadboard.

Learn to create an analog voltage meter using Arduino and Python, combining hardware interfacing with 3D visualization in vPython for real-time voltage measurement and display.

Create a voltage divider with Arduino and Python, visualize real-time voltage measurements in 3D using Visual Python, and learn data processing techniques for accurate voltage representation.

Learn to create flexible oscillators and implement ADSR envelopes for realistic instrument sounds in this hands-on C++ synthesizer programming tutorial.

Learn to measure obstacle distance using HC-SR04 ultrasonic sensor for robotics projects. Practical coding and hardware setup included for implementing distance measurement in robotic applications.

Learn to program an Elegoo Smart Car's speed using an infrared remote control. Explore Arduino IDE, if statements, and mathematical concepts like slope equations for precise velocity control.

Explore DIY 10 Gigabit Ethernet hardware creation without specialized equipment. Learn about challenges, troubleshooting, and unconventional approaches to high-frequency circuit design for network diagnostics.

Explore Uranus flagship mission constraints, covering mission design, payload selection, trajectories, and probe science in deep space exploration.

Explore Vector API in Java and TornadoVM for GPU/FPGA computing. Enhance processing power and performance through advanced JVM techniques and native-code tooling.