
Explore the journey from Arduino to ZephyrRTOS, challenging the divide between "makers" and "real world engineers" while showcasing RTOS as a versatile tool for all embedded applications.

Explore DIY IoT solutions for home automation, focusing on design principles, hardware choices, and cloud integration. Learn to create spouse-friendly, reliable, and scalable smart home projects.

Explore wearable tech programming with Jewelbots, learn setup, API, and projects. Discover strategies for encouraging young women in tech through fun, interactive coding experiences.

Learn to interface matrix keypads with Arduino, from basic testing to building an electronic combination lock. Hands-on project to enhance your Arduino skills.

Learn to connect and program a joystick with Arduino, including setup, coding, and troubleshooting. Gain hands-on experience with the Elegoo Super Starter Kit components.

Learn to measure temperature and humidity using Arduino and Python with the DHT11 sensor. Includes wiring, coding, and data visualization techniques for practical IoT applications.

Learn to install and configure Python and Visual Studio Code for Arduino programming, ensuring compatibility with the instructor's setup and the Elegoo Super Starter Kit.

Learn to enhance a portable distance measurement sensor with a "go" button, improving functionality and user interaction in Arduino projects.

Learn to build a DIY scanning laser microscope using 3D printing and open-source components. Explore confocal microscopy principles, optical setup, and data processing for 3D surface topology imaging.

Discover how Arduino's open-source microcontroller empowers global creativity, enabling innovators to bring their ideas to life without limitations. Learn about its impact on technology and design.

Discover student innovations in Physical Computing through project presentations featuring interactive devices, sensors, and Arduino-based creations from Kyoto University's ILAS seminar.

Learn to utilize Arduino's built-in pull-up resistors for creating toggle switches without external components, simplifying circuit design and enhancing project efficiency.

Learn to create a single-player Pong game using Arduino Uno R4 WiFi's built-in LED matrix, with potential for expansion to a two-player version.

Learn to measure and display temperature and humidity on Arduino's LED matrix using the DHT11 sensor, activated by a push button.

Learn to control a servo motor using a photoresistor with Arduino Uno R4 WiFi, displaying relative brightness readings through servo movement in this hands-on tutorial.

Explore IoT development using Raspberry Pi, Arduino, and Amazon Echo. Learn to connect devices, create believable interactions, and address challenges in IoT communication and design.

Comprehensive introduction to Arduino for IoT projects, covering hardware, software, and practical applications. Ideal for beginners and experienced makers alike.

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

Explore WebUSB API for integrating hardware with web browsers, enabling direct device connections without traditional drivers. Learn implementation techniques and potential applications.

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.