Encrypted Tactical handheld Radio with Voice, Text and Live Image Streaming.
I designed and built a 5-axis robot arm, and implemented a full kinematics library using the Denavit-Hartenberg method.
A 180-degree scanning radar using an ESP32, an HC-SR04 ultrasonic sensor, and a custom Processing GUI for real-time object tracking.
A simple Arduino UNO traffic light system that demonstrates real-world signal sequencing using LEDs and programmed timin
Implementing a Soft-Core Processor with GPIO-Driven Display on Artix-7.
An event-driven Raspberry Pi tracker that uses camera vision and 3-RRS Stewart kinematics to keep a solar panel pointed at the sun.
A display with NeoPixel, full color LEDs built in a tube shape.
In this tutorial, we will create a simple command-line BLE scanning application using C++.
An ESP32 BLE robotic arm using a PCA9685 I2C driver to eliminate jitter. Full code and wiring blueprints live on my web platform!
A simple Arduino UNO project demonstrating how to control and blink an RGB LED using basic electronics and programming.
A beginner-friendly Arduino UNO project that demonstrates LED control using simple C++ code and digital output.
An Arduino-based distance indicator that uses an HC-SR04 ultrasonic sensor and colorful LEDs to visualize object distance in real time.
The project involves the development of an autonomous robotic system based on a 4-degree-of-freedom (4DOF) arm.
I made this project to control a MeArmwith hand gestures,
A 4DOF Keyestudio KS0198X robotic arm (clone of the open-hardware MeArm v0.4 project) trained in simulation using reinforcement learning
