
Learn to build a custom ESP32 development board with various sensors, displays, and components for enhanced functionality and experimentation.

Learn to connect nRF9160 DK to nRF Cloud, add sensors, and send data. Covers SDK installation, firmware updates, and sample customization for cellular IoT product development.

Learn to develop with nRF Connect SDK: install, program projects, add custom boards, implement modem communication, and integrate sensors for nRF9160 development.

Learn to build wireless "Smart Dice" using ESP8266 and Node-RED. Create interactive puzzles by detecting dice orientation with MPU6050 sensors, and transmit data via MQTT for escape room challenges or sequence-based games.

Learn to build a DIY "Hand Laser Maze" escape room puzzle using Arduino, lasers, and sensors. Create an engaging, safe, and compact challenge for players to navigate through laser beams.

Learn to program, simulate, and deploy robotic applications using NVIDIA's Isaac SDK. Covers codelets, compute-graphs, simulation testing, and Jetson deployment, with hands-on examples and Q&A.

Learn to program an Arduino-controlled SMARS robot with a range finder sensor, enabling object detection and avoidance. Gain hands-on experience in sensor integration and basic robotics.

Explore Circuit Playground's design process: from concept to PCB layout, component selection, and prototype fabrication. Learn practical insights for developing your own electronic projects.

Learn to integrate LIDAR into ROS robots, covering URDF modifications, Gazebo simulation, and real hardware integration. Gain practical insights for enhancing robot perception capabilities.

Learn to build an experimental drone platform from scratch, covering requirements, architecture, component selection, and debugging. Gain hands-on experience in robotics and explore related topics like motors, electronics, and radios.

Learn to create a greenhouse controller with MicroBit v2 and Rust, exploring embedded systems programming and IoT applications for environmental monitoring and control.

Explore the future of I3C technology in design with expert Miquèl Raynal from Bootlin. Gain insights into innovative applications and potential impacts on upcoming technological advancements.

Learn to build Android apps using App Inventor Blocks Editor. Covers sensors, variables, event handling, text-to-speech, vibration, accelerometers, and more. Includes practical examples and visual aids.

Explore JavaScript's role in IoT and robotics through Johnny-Five, highlighting its asynchronous nature, UI capabilities, and inclusive community approach for creating an open and ethical IoT ecosystem.

Learn to build and program a DIY anemometer using Raspberry Pi and an IR reflectance sensor. Covers hardware assembly, coding, and outdoor testing for accurate wind speed measurement.

Learn to connect and program LCD modules with Raspberry Pi Pico, exploring applications from gaming to wind measurement. Hands-on guide with code examples and wiring diagrams included.

Learn to measure temperature and humidity using the DHT11 sensor with Arduino. Covers library installation, wiring, code setup, and troubleshooting for accurate environmental data collection.

Explore Intel's journey in integrating sensing technologies into personal computing devices, from Sandy Bridge to 11th Gen chipsets, enhancing user experiences and device capabilities.

Explore air quality monitoring with the Pimoroni Enviro+ Environment Hat. Learn to measure temperature, light, sound, humidity, and pressure using Raspberry Pi and Python.

Learn to extract speed data from a radar gun using Arduino, enabling DIY projects and custom applications with this off-the-shelf device. Includes hardware setup, code explanation, and future possibilities.

Explore the design of an open-source, modular hexacopter for scientific data capture, featuring 5G capability, container-based architecture, and versatile sensor integration for professional use.