Transform your Raspberry Pi into a talking ChatGPT with SaraKIT for interactive, voice-driven projects.
Have you ever taught of a cheaper, more powerful and cheaper PC? It is on the horizon!
Working from home can be full of noise and distractions. Now, when I join a Zoom meeting, this robot closes my office door!
Transform your Raspberry Pi into an offline TTS system with simple, ready-to-use code.
Wifi is not the only wireless method of communication your DIY project can use! think Radio, then think Frequency!
To learn how to use a LDR sensor and its use cases
Here is the most unique robot with gesture control and omnidirectional movability. its a 6 DoF robotic arm controlled using hand gestures
Discover the best live-streaming options for the Raspberry Pi 5. I will test a video live-stream latency and pick the best from the list.
To teach students how to use a Laser Receiver Module
Build a neat soldering glove attachment that allows you to effortlessly bond wires while only utilizing one hand.
Unleash the power of voice with SaraKIT on Raspberry Pi: seamless speech recognition for interactive projects.
Have you ever tried mounting a mobile phone on the end of a robotic arm to take pictures?
Replacing servos with DC motors + potentiometers for precise, cost-effective robotic arm control.
To learn sensor integration and use its sensor values for actuation.
Android 14 with Google Apps unlocks your Raspberry Pi 5's full potential. Is Raspberry Pi 5 a true gaming machine?
ModWell MacroPad ESP32 Versions
Build your Own Sound-Monitoring device using Max4466, C3-Mini, and an OLED display
Gazebo brings a fresh approach to simulation with a complete toolbox of development libraries. AgileX simulated Mobile Aloha in Gazebo.
Learn how to get more accurate linear and gyroscopic acceleration values from the MPU9250 using a simple calibration technique.
Turn minefields into playgrounds. Our AI robot autonomously detects landmines, clearing a path for a safer future.
With STM32 black pill and STM cube IDE to implement a sequence where three LEDs blink in various combinations.
Use genuine moon data to train the AI of the lunar robot! It uses ROS2 to prepare and avoid obstacles for future space exploration.
Tomatoes classifier using Jetson Nano, Edge Impulse and/or Yolov7
In this project we will learn how to blink an LED on stm 32 using bread board.