This project documents the development board's schematic and hardware layout.
A 2 dimensional plotter that interprets G-code to control the stepper motors which control the 2D arm with 2 joints.
Sorts blue, yellow, green and red marbles by colour. Inspired by the Infinite Lego Candy Factory posted on YouTube by Brick Machines.
KittenBlock is the main programming platform for FutureBoard.
Vending machine with 1 snack and a drink connected to AWS to control it and keep track of products
Restoring the path of a moving object, speed, date, time and map in Google Earth, data recorded on an SD card
A 3 part cashierless mart to do your shopping and fear not catching the covid by getting into contact with anyone.
Make a system by linking two obnizes that if you turn a dial (Potentiometer), you can control the harisen remotely.
Do you want to extend an existing project to control additional devices, but you've run out of digital pins? Here's the workaround!
ARDUINO UNO 4 Digit 7segment display clock wit RTC components ARDUINO UNO R3 4digit 7segment display common ANODE (+) 3push button
Made an enlarged Minecraft sword incorporating RGB lights and an ESP8266 Board.
Curie is an expressive desktop robot using edge-AI vision to track distractions, manage ADHD, and keep you conversationally on task.
Exploring digital designs with the Logic Gate Evaluation Board
This project enables your SCUTTLE robot to autonomously dock and wirelessly charge at a charging station.
Making an Arduino-powered vintage RC car joystick!
Industrial Arduino PLC alternative. Robust automation system with 48V Power-over-Field, RS-485, and IDC daisy-chain expansion for RP2350/CM4
Transform natural language into precise action. See how JetRover uses SLAM and Multimodal LLMs to master complex, autonomous tasks.
Master ROS 2 with ArmPi Ultra: a turnkey, Pi 5-powered robotic arm that bridges the gap from complex AI theory to real-world Embodied AI.
An electronic flute you blow into, with real breath control, adjustable Pitch, and Lights that react as you play!
Pocket Beagle powered robot based on the inverted pendulum principle. The two-wheeled robot uses a PID algorithm to keep itself upright.
Ultrasonic sensor, microcontroller, and Python auto-switch tabs/software, ensuring privacy and versatile control over devices.
We are creating a device to track the status of crops and plants as there are a lack of farmers to irrigate the crops and plants in farming.
Microcontroller with Teensy 4.0 to control the miniature precision piezo linear stage PZS-X70-10.
Setting up sensors in a hydroponic garden. Trying to automatic simple environmental checks to lessen the workload in the garden area.
