[PROJECTS]

This research proposes using IoT technology to improve CNC milling efficiency and quality. By analyzing vibration data, the system can predict tool wear, surface quality & machine condition, allowing for preventative maintenance and better product quality. 

Fabricated and assembled autonomous lawn mower prototype

 Designed a tailored software solution to streamline the process of retrieving farmer-broker details, replacing manual methods with a digital platform for efficient data management.

Implemented a program to automate calculations based on specific input values, ensuring accuracy and compliance with predefined constraints in assumption scenarios.

 Developed a user-friendly application to manage and track lorry information, including plate numbers and driver details, improving efficiency in transportation logistics.

Designed and 3D printed a 6-axis robotic arm using Catia V5 and Ultimaker Cura.

Programmed an FPGA board to control an automated pet feeder with LEDs and display.

Designed and prototyped a popcorn machine based on customer feedback.

Identified components and studied construction of an NVIDIA GeForce 7300 SE PCB.

Programmed and built a moisture sensor and automatic watering system for a smart garden model.

Designed to convert organic waste into renewable energy and fertilizer. By creating an anaerobic environment, the device reduces greenhouse gas emissions and offers a sustainable waste management solution.