This lesson introduces students to P.E.D.R.O the Programmable Educational Robot, fully 3D-printed, open-source robot designed to make robot
First Glimpse at PoE Ethernet for DIY IoT Projects.
Drone-Based Air Quality Signage Map is a system that uses drones equipped with air quality sensors to collect real-time environmental data.
Twin Link CampusEMS is a Environments Management System bridging Meta-Sejong and the Physical Campus through the oneM2M/Mobius IoT platform.
This is a simple diagram of how a Obstacle avoidance robot works.
Mind-controlled 4WD robot cars driven by a Muse 2 headset—motion data becomes movement, with OSC-to-HTTP control and a dash of humor
This project demonstrates how to build a four-in-one multifunctional robot using an Arduino Uno.
An obstacle-avoiding robot that travels at a set path and reroutes its path with necessary calculation if it encounters any obstacle.
Drive the robotic hand to mirror live gestures via NPU-accelerated Qualcomm AI optimized model
Learn how to use the camera in your BallyBot and start streaming video!
Have you ever wanted a robot arm to complete an obstacle course? Follow our project and find out how you can do the same!
MacroPad powered by Arduino. PCB name: NumberPad
A goose that will find you and chase you to the ends of the earth.
Run YOLO26 on the Dragonwing IQ-9075: from 4.9 FPS on the CPU to 153.6 FPS on the NPU, a 31x speedup.
YOLOv11 offers higher accuracy with lower compute than YOLOv8. See it power real autonomous driving tasks on the ROSOrin robot.
All-in-one Integrated Stepper Servo Motor Compact I/O Module Fanless Mini Pc RasPI5, Industrial Computer Linux Control Network Gateway
Reads 8 quadrature encoders and communicates over I2C (and is qwiic compatible).
I 've developed a obstacle finder project and the make the people aware of the blind people coming near to them.
During projects lifecycle new features keep causing new errors.
NanoClock shows real-time using Arduino Nano, DS1307, and TM1637, with buzzer alerts — simple, smart, and perfect for beginners.
His project uses an Arduino Uno and a DHT11 sensor to measure temperature and humidity, calculate the heat index, and display the data
This guide offers a clear, practical workflow for both beginners and developers looking to quickly integrate models into MoveIt2.
A simple yet powerful project to blink an LED using STM32's HAL library on a development board.
Here's TripPing, a simple Rechargeable Trip Wire Alarm I have designed involving no microcontroller and some readily available electronics.
