
Update on Universal Timer project: new libraries, SMT assembly, and 3-volt operation. Explores challenges with 3v beepers, introduces timer library for easy function execution, and offers PCB giveaway.

Learn to use Raspberry Pi Pico with 7-segment displays and shift registers. Covers 3D printing, MicroPython programming, and hardware integration for creating custom digital displays.

Detailed walkthrough of Arduino code for building and programming an 8x8x8 RGB LED cube, covering memory calculations and switch case implementation.

Learn to store and retrieve data in Arduino's non-volatile EEPROM memory. Explore practical applications, implementation techniques, and advantages over SD cards for certain data logging scenarios.

Learn to build an Arduino piano using pushbuttons and a buzzer, with step-by-step guidance on wiring, coding, and programming using mBlock 3 and extensions.

Explore the powerful Arduino GIGA R1 WiFi board with its advanced features, including dual-core processing, extensive I/O, and integrated Wi-Fi/Bluetooth capabilities for robotics and IoT projects.

Learn to assemble and program the Google AIY Voice Kit, including hardware setup, software configuration, and demos using wake words and push-buttons for voice interaction.

Learn to create a real-time 3D voltmeter model using Arduino and Python. Combine hardware interfacing with software visualization for an interactive electronics project.

Learn to build a 4-bit binary counter using Arduino. Step-by-step guide covers circuit assembly, programming, and troubleshooting for a hands-on introduction to digital electronics and microcontroller basics.

Learn to build a color-sensing project with Arduino, using a sensor to detect card colors and control an RGB LED accordingly. Explore RGB values, coding, and troubleshooting techniques.

Learn to implement while loops in Arduino projects, enhancing your programming skills for microcontroller-based applications. Covers loop structure, serial monitoring, and output formatting.

Explore Emacs Live: Sam Aaron demonstrates live coding, music creation, and customization in Emacs, showcasing its versatility beyond text editing.

Explore Arduino through an engaging graphic novel format, blending storytelling with technical concepts for a unique and accessible learning experience.

Learn to create an Arduino-based escape room puzzle using sliding potentiometers and DMX-controlled lights to make flowers "grow" when the correct RGB values are set, with hardware overview and code explanation.

Learn to create a Bluetooth remote using Raspberry Pi Pico W and MicroPython. Covers Bluetooth basics, asynchronous coding, BLE services, and practical implementation with a robot demo.

Explore Java's potential on Raspberry Pi: control hardware, run Spring apps, and create games. Learn to interact with sensors, displays, and electronic components using Pi4J and IntelliJ IDEA.

Learn to build an IR transmitter and bed occupancy sensor using ESPHome for Home Assistant integration. Enhance your smart home with local AC control and automation capabilities.

Explore the fascinating parallels between guitar building and software development, delving into physics, electronics, and craftsmanship while debunking guitar myths.

Explore the journey of creating custom AR headsets, from initial development to final mechanics. Learn about microcontrollers, displays, optics, and the learning process behind this innovative project.

Explore the evolving landscape of memory technologies, from DRAM and NAND to emerging solutions like MRAM and CXL, understanding their competitive dynamics and future industry implications.

Explore the Universal Chiplet Interconnect Express (UCIe) specification and its role in enabling modular semiconductor design through standardized chiplet connectivity and integration for next-gen computing systems.