In this Tutorial, we will continue append a hardware design from the last tutorial to include DDR Memory and a Hardware Timer.
Do you like Gengar in Pokemon? Let's use shadows to create one.
Wind turbine condition monitoring and preventive maintenance system using RAK12033 sensor and LoRa
Digital technology using Arduino. Understanding digital technology with Arduino – explained practically.
Two StackChan units converse with each other through a custom WebSocket server, acting as language-learning partners.
Digital technology with Arduino. Understanding digital technology with Arduino – explained in a practical way.
With M5Stack hardware, we turned abstract AI into tangible art learning—sparking kids’ imagination, digi-art, and future creativity.
enorasisCore: innovative browser ML. Train image classes in minutes - predictions reach ESP32 over BLE. No cloud, real-time.
A classroom V/I logger that turns real measurements into live browser graphs on iPad and Chromebook—no spreadsheet needed.
Control your Raspberry Pi Pico W remotely from anywhere in the world. No coding required! Control relays & monitor sensors.
Bring the retro C64 coding vibe to modern Arduinos. An open-source, zero-soldering Tiny BASIC interpreter for low-power MCUs.
StickS3 becomes a self-contained PulseSensor display with a live waveform, confidence coaching, and beat-synced BPM—no phone or cloud.
A press-any-key ABC toy for toddlers on the M5Cardputer Adv: letters sing and write themselves. Swap packs for languages, or quizzes.
A fully simulated 8-bit RISC CPU designed from scratch using simple logic ICs
A free, browser-based 3D circuit simulator with an MNA solver, interactive breadboard workspace, and Gemini AI assistance. No installation
Build an automated pocket tester using Arduino that measures unknown resistors and helps beginners learn electronics.
Build an interactive analog temperature gauge using the MakerBuddy IoT Kit, a DS18B20 temperature probe and an SG90 servo motor.
A BLE tag that learns each workshop machine's normal vibration and warns before a bearing or spindle fails, with all inference on-device.
A practical workflow for explaining equations behind sensor data, calibration, and engineering prototypes.
