
Explore building an immersive escape room experience using Raspberry Pi, Arduino, sensors, and actuators. Learn hardware development basics and IoT project implementation.

Discover how testing can improve software design, find architectural flaws, and lead to better solutions. Learn to leverage testing for faster, higher-quality software development.

Discover how Finland successfully combated scam calls through collaboration between telecom operators and regulators, resulting in a significant reduction of caller ID spoofing and fraudulent activities.

Bryan Cantrill shares insights on maintaining composure during system failures, exploring debugging techniques, and fostering a culture of effective problem-solving in high-pressure software development environments.

Explore IoT device security challenges and solutions with AWS's Chief Evangelist. Learn best practices for protecting connected applications in safety-critical and privacy-sensitive environments.

Aprenda a extrair a envoltória de amplitude em Python usando Librosa, implementando-a do zero e analisando diferenças entre gêneros musicais através de processamento e visualização de áudio.

Explore TensorFlow Lite for efficient on-device ML inference, featuring low latency, high performance, and small binary size. Learn about mobile BERT, support libraries, and microcontroller applications.

Explore AI-assisted coding for Arduino and ESP32 using ChatGPT. Learn to create projects like temperature meters, WiFi scanners, and web servers in C++ and MicroPython.

Comprehensive guide on using HC-SR04 ultrasonic sensors with Arduino, covering basic setup, code libraries, accuracy improvements, 3-wire mode, and multiple sensor configurations.

Explore various Arduino boards: Uno, Mega, Nano, Pro Mini, and ATtiny85. Learn their unique features, applications, and how they fit into the Arduino ecosystem for your electronics projects.

Learn to control DC motors using L298N H-Bridge and Arduino, from basic concepts to building a simple robot car. Includes hands-on demos with potentiometers and joystick control.

Explore Raspberry Pi GPIO and gpiozero library to interface with LEDs, switches, and a camera. Hands-on demos cover setup, coding, and practical applications for beginners.

Learn to program the Raspberry Pi Pico W using Arduino IDE, including WiFi capabilities for web-based control of LEDs and servo motors. Covers installation, testing, and practical applications.

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.

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.

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

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

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.