Iot Temperature

IoT Project
Course: Internet of Things
Students: Débora Carvalho, Diego Morales, Pedro Bilhalva
Submission Date: 06/05/2025
Institution: Centro Universitário Senac-RS - Pelotas

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📘 About

This project focuses on monitoring temperature and humidity levels using an IoT system.

The core components are:

• 🌡️ A temperature and humidity sensor (e.g., DHT11 or DHT22)
• 🧠 A Vespa microcontroller that reads and processes sensor data
• 🌐 Wi-Fi communication to connect the system to the internet
• ☁️ Integration with the ThingSpeak API to send and visualize data in the cloud

The internet acts as the main display interface, enabling real-time remote monitoring through online dashboards. This provides visibility and insights into environmental conditions.

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⚙️ Technologies & Components

• Vespa microcontroller
• DHT sensor (temperature & humidity)
• Wi-Fi module (built-in or external)
• ThingSpeak API (data storage and visualization)
• Arduino IDE or MicroPython

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🚀 Features

• Real-time temperature and humidity monitoring
• Wi-Fi connectivity
• Cloud integration with ThingSpeak
• Remote data access and visualization
• Smart behavior automation based on sensor readings

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📡 System Architecture

[ Sensor ] → [ Vespa Microcontroller ] → [ Wi-Fi ] → [ ThingSpeak API ] → [ Dashboard / Visualization ]