Project Details
- Name:IoT Sound Level Meter System
- Category:Arduino
- Author:Sandicreations
- Client:Student
- Location:Tangerang, Banten, Indonesia
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IoT Sound Level Meter System
We are proud to present the IoT-Based Sound Level Meter using ESP8266, developed as a final year project for the Bachelor of Electrical Engineering (S1 Teknik Elektro) program.
We are proud to present the IoT-Based Sound Level Meter using ESP8266, developed as a final year project for the Bachelor of Electrical Engineering (S1 Teknik Elektro) program.
This project focuses on designing a smart noise monitoring system that measures environmental sound levels and transmits the data through IoT connectivity for real-time monitoring.
The system integrates sound sensors, the ESP8266 microcontroller, and wireless communication technology to collect and transmit noise level data to a monitoring platform.
Developed by Sandicreations, this project demonstrates the practical implementation of embedded systems, IoT communication, and environmental monitoring technology.
The IoT sound level meter helps monitor noise pollution levels in real time, making it useful for environmental studies, industrial monitoring, and smart city applications.
IoT Sound Level Meter System
An environmental monitoring system developed using ESP8266 and sound sensors to measure and transmit noise level data in real time through IoT connectivity.
- Noise Level Monitoring
- ESP8266 IoT Connectivity
- Real-Time Data Transmission
- Environmental Monitoring System
Why Choose Sandicreations for This Project?
Choosing Sandicreations means partnering with a developer experienced in IoT systems, embedded electronics, and smart monitoring solutions.
IoT Monitoring System Development
We develop smart monitoring systems using microcontrollers, sensors, and wireless communication.Embedded System Integration
Our solutions integrate hardware and software components to create reliable electronic monitoring devices.Environmental Monitoring Solutions
We build systems designed to monitor environmental conditions such as sound, temperature, and other parameters.Reliable Engineering Implementation
Developed using stable architecture to ensure accurate measurement and consistent performance.
