Automated Smart Environmental Control & Hazard Mitigation System

Project Overview

Designed and engineered a fully autonomous environmental monitoring and safety system tailored for smart facilities, focused on real-time hazard detection and automated regulation.

Technical Implementation

Core Microcontroller: Arduino Uno managing distributed sensor networks and actuators.

Sensing Layer: Integrated Flame sensors, DHT (Temperature & Humidity) sensors, and Ultrasonic distance sensors for comprehensive spatial awareness.

Actuation & Feedback: Orchestrated a 2-channel relay module to drive a cooling fan and a high-efficiency water pump, with real-time status updates broadcasted to an LCD screen.

Firmware: Developed structured, non-blocking automation logic using Arduino IDE.

Key Outcomes

Achieved 100% automated hazard response, triggering immediate fire suppression (water pump) and climate control (fan) based on dynamic sensor thresholds.

Built a standalone, plug-and-play control unit capable of continuous operation without human intervention.