My Projects
My Projects
These projects showcase my commitment to crafting unique, high-performance digital experiences tailored to every need.
These projects showcase my commitment to crafting unique, high-performance digital experiences tailored to every need.
Air Quality Monitoring System
Measure, analyze, and report real-time environmental conditions.
Air Quality Monitoring System
Measure, analyze, and report real-time environmental conditions.
Air Quality Monitoring System
Measure, analyze, and report real-time environmental conditions.
SEMOCS
The Smart Energy Monitoring, Optimization, and Control System.
SEMOCS
The Smart Energy Monitoring, Optimization, and Control System.
SEMOCS
The Smart Energy Monitoring, Optimization, and Control System.
Firefighting Robot
Intelligent Fire Detection and Suppression System
Firefighting Robot
Intelligent Fire Detection and Suppression System
Firefighting Robot
Intelligent Fire Detection and Suppression System
Ai Ready Solar powered Irrigation System
Blog Feed
Ai Ready Solar powered Irrigation System
Blog Feed
Ai Ready Solar powered Irrigation System
Blog Feed
SMART WASTE MANAGEMENT SYSTEM
Measure the level of the Bin, analyze, Send message and report real-time when bin is Full or Empty.
SMART WASTE MANAGEMENT SYSTEM
Measure the level of the Bin, analyze, Send message and report real-time when bin is Full or Empty.
SMART WASTE MANAGEMENT SYSTEM
Measure the level of the Bin, analyze, Send message and report real-time when bin is Full or Empty.
Hydroponics Irrigation System
This project is an automatic hydroponic watering system that uses an Arduino Nano, relay, LED, and water pump. The system turns the pump and LED ON for 1 minute 30 seconds to circulate nutrients, then OFF for 3 hours, repeating the cycle automatically. It ensures plants receive the right amount of water and oxygen
Hydroponics Irrigation System
This project is an automatic hydroponic watering system that uses an Arduino Nano, relay, LED, and water pump. The system turns the pump and LED ON for 1 minute 30 seconds to circulate nutrients, then OFF for 3 hours, repeating the cycle automatically. It ensures plants receive the right amount of water and oxygen
Hydroponics Irrigation System
This project is an automatic hydroponic watering system that uses an Arduino Nano, relay, LED, and water pump. The system turns the pump and LED ON for 1 minute 30 seconds to circulate nutrients, then OFF for 3 hours, repeating the cycle automatically. It ensures plants receive the right amount of water and oxygen