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https://github.com/altarians05/diyportableweatherstationwood

Development of a portable, open-source environmental monitoring station. This project enables real-time data collection and visualization using low-cost sensors. Designed for educational and research applications, it promotes learning about environmental monitoring technologies and programming.
https://github.com/altarians05/diyportableweatherstationwood

3d-printing arduino educational-project environmental-monitoring esp32 iot robotics weather-station

Last synced: about 2 months ago
JSON representation

Host: GitHub
URL: https://github.com/altarians05/diyportableweatherstationwood
Owner: altarians05
License: mit
Created: 2024-11-01T01:00:57.000Z (3 months ago)
Default Branch: main
Last Pushed: 2024-12-07T16:19:47.000Z (2 months ago)
Last Synced: 2024-12-07T16:26:25.122Z (2 months ago)
Topics: 3d-printing, arduino, educational-project, environmental-monitoring, esp32, iot, robotics, weather-station
Language: C++
Homepage:
Size: 570 KB
Stars: 0
Watchers: 1
Forks: 0
Open Issues: 0
Metadata Files:
- Readme: README.md
- License: LICENSE

Awesome Lists containing this project

README

# WoodWeatherStationSENA

📢 Important Notice 🛠️
This wooden version is the first prototype of our portable environmental monitoring station. 🎉 While functional and great for learning, it lacks the advanced features of the latest version, such as WiFi connectivity and enhanced sensors. 🌐📡

![Render2](https://github.com/user-attachments/assets/24a2be50-e630-4495-b90f-2cb2eebc8f3c)

✨ Want to check out the complete and updated version?
Visit the link below to explore the final iteration with all the bells and whistles:

🔗 Latest Version:
- 📌 [Thingiverse](https://www.thingiverse.com/thing:6854103)
- 📌 [Github](https://github.com/altarians05/DIYPortableweatherStation)

🎥 See the Prototype in Action!

Want to see the final prototype in action? 🌟 Head over to our YouTube video to get a full walkthrough of the Portable Environmental Monitoring Station, its features, and how it works!

📹 Watch here: [Prototype Video on YouTube](https://youtu.be/jpqpw_nJwng?si=KsxWxKCoQXddJWzs)

Thank you for your interest! 💚 Your support helps us continue innovating and contributing to the open-Source community! 🌍

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This project is a portable environmental monitoring station designed for air quality analysis, weather tracking, and gas measurement. Built as an open-source solution 🛠️🌐, it integrates IoT capabilities, making it ideal for educational projects, environmental research, and DIY enthusiasts. 🤓🔧

![Render3](https://github.com/user-attachments/assets/ebf0a9b1-ddd8-45e9-85fb-f642527b4037)

✨ Key Features ✨
- ✅ Multi-sensor integration for temperature, humidity, and gas concentration. 🌡️💧⚡
- ✅ Compact and lightweight portable design. 🎒📏
- ✅ Compatibility with Arduino 🤖 or NodeMCU for easy customization.
- ✅ Open-source documentation 📂 and designs 🖌️ to encourage collaboration 🤝.
- ✅ Perfect for outdoor monitoring 🏞️ and data logging 📊.
- ✅ MicroSD card 📀 used for recorded data storage.
- ✅ DS3231 RTC module 🕒 records the time of each measurement.
- ✅ LCD 16x2 screen 🖥️.
- ✅ Example Arduino scripts 💻 for sensor integration.

![Prototype_FinalModel_WoodCutting_2](https://github.com/user-attachments/assets/d72cc02a-3a38-4128-b681-6bc79368132f)

Perfect for 🔬 Engineers, Makers 🛠️, and Researchers 📚 looking to explore environmental monitoring with cost-effective 🌟 and versatile tools.

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Download Includes:📂
- 📜 Arduino Codes: Fully documented and ready to upload to your ARDUINO or ESP. 🚀
- 📐 3D Models: Enclosure and modular components in STEP format, perfect for editing and 3D printing. 🖨️
- 📏 Technical Drawings: Fully dimensioned plans for mechanical components, making fabrication or modifications a breeze. ⚙️✍️
- ⚡ Electronics Wiring Diagram: Comprehensive connection diagrams created in Fritzing, guiding the setup of all electronic components. 🔌🖥️

🔗 Download Links:
- 📌 [Tinkercad](https://www.tinkercad.com/things/6pniuVdfldQ-estacion-de-monitoreo-iot-rev4)
- 📌 [Grabcad](https://grabcad.com/library/diy-portable-weather-station-1)

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⚡️ Connections:
- 🌡️ DHT11 Sensor: Pin D02 (Data), 5V, GND.
- 🛢️ MQ135 Sensor: Pin A01 (Analog), 5V, GND.
- 🌞 LDR (Light Sensor): Pin A02 (Analog), 5V, GND.
- 💡 LED: Pin D04, GND.
- 📟 LCD 16x2 (I2C): SDA -> A04, SCL -> A05, 5V, GND.
- ⏰ RTC DS1307: SDA -> A04, SCL -> A05, 5V, GND.
- 💾 MicroSD Module: CS -> D10, MOSI -> D11, SCK -> D13, MISO -> D12, 5V, GND.

![Circuit_Diagram_ExpansionShield_ArduinoNano](https://github.com/user-attachments/assets/924fc218-f18f-4399-aa41-abec759e9505)

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📚 Libraries and Resources:
- 🌡️ DHT11:
- 📂 [Library](n9.cl/y3my5s)
- 📖 [Guide](n9.cl/2njn)
- 🎓 [Tutorial](n9.cl/o05e1)

- 🛢️ MQ135:
- 📂 [Library](acortar.link/z7te3A)
- 📖 [Guide](n9.cl/p2cqr)
- 🎓 [Tutorial](n9.cl/zewtn)

- 🌞 LDR (Light Sensor):
- 📂 Library: No library required.
- 📖 [Guide](n9.cl/5e9dl)
- 🎓 [Tutorial](n9.cl/w15fz)

- 📟 LCD 16x2 (I2C):
- 📂 [Library](n9.cl/4ulczq)
- 📖 [Guide](n9.cl/mczco)
- 🎓 [Tutorial](n9.cl/exs2ti)

- ⏰ RTC DS1307:
- 📂 [Library](n9.cl/y3air)
- 📖 [Guide](n9.cl/xj3kw)
- 🎓 [Tutorial](n9.cl/nxks8)

- 💾 MicroSD Module: Library and Tutorial
- 📂 [Library](n9.cl/z0hjuf)
- 📖 [Guide](n9.cl/nbez7)
- 🎓 [Tutorial](n9.cl/s88k9)

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💡 Support the Project
If you find this project useful or inspiring, consider supporting it in each link by:
- ⭐ Following the project on all platforms.
- 👍 Giving it a like to help boost its visibility.
- 💬 Leaving a comment with your thoughts or suggestions.