Designed and developed an IoT-enabled LPG gas monitoring and safety platform focused on intelligent gas usage monitoring, leakage detection and embedded environmental safety management. The system combined embedded hardware engineering, intelligent sensing technologies and remote communication workflows to improve household gas monitoring reliability, safety awareness and operational convenience.
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ESP32
Embedded IoT Control Architecture
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GSM
Remote Alert & Communication System
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IoT
Smart Gas Monitoring Platform
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Safety
Leakage Detection & Environmental Monitoring
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Project Overview
Developed a weight-based LPG monitoring platform capable of estimating gas usage levels using precision embedded sensing technologies. The system was designed to provide continuous monitoring workflows and predictive refill awareness notifications for end users.
Integrated intelligent environmental sensing workflows capable of monitoring gas leakage indicators, smoke conditions, ambient temperature and humidity variations to support safer operating environments and improve system stability.
Implemented GSM-enabled remote communication workflows supporting intelligent notifications, safety alerts and embedded remote monitoring capabilities through connected mobile environments.
Engineering Highlights
Engineered an ESP32-based embedded control architecture integrating intelligent sensing systems, embedded power monitoring and real-time monitoring workflows optimized for connected IoT deployments.
Developed embedded monitoring logic capable of tracking gas usage patterns and detecting abnormal operational conditions to improve reliability and minimize inaccurate measurement conditions.
Integrated environmental sensing and embedded calibration workflows to support stable measurement reliability under varying operational and environmental conditions.
Designed an embedded LCD monitoring interface featuring intelligent brightness management, low-power operational workflows and adaptive display behavior for improved user interaction efficiency.
Integrated intelligent alert workflows capable of transmitting safety notifications, low-power alerts and operational updates through GSM communication and connected mobile application environments.
Technologies Used
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⚡
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ESP32 Embedded System
IoT monitoring and embedded control architecture
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📡
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GSM Communication
Remote notification and emergency alert workflows
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🌡️
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Environmental Sensors
Temperature, humidity and environmental monitoring integration
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⚖️
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Precision Weight Monitoring
Embedded load-based gas estimation workflows
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📱
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Mobile Application Integration
Remote gas monitoring and connected device workflows
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Outcome
This project demonstrates strong expertise in embedded systems engineering, IoT device development, intelligent sensing technologies, GSM communication systems and industrial embedded monitoring workflows. The platform combined safety-focused embedded engineering with intelligent remote monitoring capabilities suitable for modern connected gas monitoring environments.