Kaveesha Dhananjaya's repositories
Automated-Clothesline
Arduino-based system using sensors to control a motor, moving clothes based on environmental conditions. Bluetooth and switch control available
Box-Pushing-Robot
Our box pushing robot, equipped with two infrared sensors, a VL53L0X sensor, and motor control, navigates and pushes boxes efficiently. Additionally, it features a hammer rotating in the vertical plane for enhanced versatility and functionality.
Calculator-hulkCAL
This calculator application, built using the Kivy framework, provides a user-friendly interface for performing basic arithmetic calculations. It supports input through buttons and displays the evaluated result in real-time, allowing users to effortlessly perform calculations.
Image-Processing-tools
Image processing tools are powerful software applications that enable the manipulation, enhancement, and analysis of digital images, offering a wide range of features such as filtering, transformation, segmentation, and object recognition.
Mars-Rover-Inspired-Robot-for-Mapping-and-Navigation
A Mars Rover-like wheeled robot that uses LiDAR technology, and a Simultaneous Localization and Mapping algorithm running on a Robotics Operating System to map and navigate an environment.
Metal-Detection-Using-A-Conveyor
Coupling the power of metal detection technology with the efficiency of a conveyor belt, this system enables seamless detection and removal of metal contaminants from material streams, ensuring product integrity and safety in industrial applications.
Obstacle-Avoiding-robot
The code implements a robot that uses an ultrasonic sensor for obstacle detection and performs obstacle avoidance by stopping, moving backward, and looking in different directions using a servo motor.
Rock-paper-scissors
A simple Rock Paper Scissors game implemented using HTML, CSS, and JavaScript.
Solidworks-designing
SolidWorks is a powerful software tool widely used for 3D modeling and design, providing engineers and designers with a comprehensive platform to create, simulate, and visualize intricate mechanical and architectural designs with precision and efficiency.