Wild Fire Prediction Device
This device use realtime sensor data and bassis on that it try to predict the areas those have a chance of wild fire.
Created by
Abrar Al Razee
Tier 1
11 views
0 followers
Abrar Al Razee
submitted Wild Fire Prediction Device for ship review ago
Abrar Al Razee
added to the journal ago
All source file
Here i have update all the source file that i can be export form the easy eda online.
Here is the pcb all source files -> https://github.com/Abrar-Al-Razee/Wild-Fire-Prediction-Device/tree/main/Circuit
Here is all the CAD source files -> https://github.com/Abrar-Al-Razee/Wild-Fire-Prediction-Device/tree/main/3d%20Designing
Here i have design the cad in fusion so the as the source file i have updated the .f3d folies along with other files.

CAN ⚡🚀
requested changes for Wild Fire Prediction Device ago
This is a PCB project but you seem to be missing some or all of the required PCB files such as .kicadpcb, .kicadpro, .kicad_sch, and gerbers. Please read the submission guidelines at https://blueprint.hackclub.com/about/submission-guidelines.
Abrar Al Razee
submitted Wild Fire Prediction Device for ship review ago
Abrar Al Razee
added to the journal ago
Github polish and design verify
Github
I have updated all of the things on GitHub

Design verify
Here the box is made by taking measures of the circuit. At first i have taken the circuit dxf file for an exact measurement

Here is the size of the box (total 163mm). Here is the circuit about 101mm, and the 2x battery case size is 40mm x 75mm. and now left 40+101 = 141-163 = 22mm. which is for the space

Step By Step 3d Modeling

Designing a side of the box, there the MICS sensor and power switch will be. The mics sensor size is 27mm X 20mm and the dc switch size is 13 mm × 7 mm × 10 mm and the barrel zack size is 10mm X 12mm

In the other size, the measures for the PM2.5 sensor and a whole, so I can take the wire for the soil moisture sensor.

Cutting and make a proper space for the sensors

Making the top

A Complete View and the full work breakdown in .f3d file and also all the printable .stl files

Rudy 🚀
requested changes for Wild Fire Prediction Device ago
Hey! I'm returning your project because it seems to be missing a few things:
- It's missing screenshots of the PCB/Schematic in the Readme, additionally its also missing a BOM in table format at the end of the README
- Your repository seems to be missing the source files for the PCB (you can download this from easyeda)
- You're also missing a CAD assembly. Right now It's only an empty case, please import the PCB and other components into the CAD! I would suggest going over the submission guidelines once again and making your project follows those guidelines: https://blueprint.hackclub.com/about/submission-guidelines I would also suggest reaching out in #blueprint if you need any help :D
Abrar Al Razee
added to the journal ago
PCB Making
Here I have done the PCB for my project.
Here I have removed the 3d printing cost and built the circuit for the project

PCB Cart

This is the 3d view of the circuit

PCB Designing..

Schematic File..

Abrar Al Razee
submitted Wild Fire Prediction Device for ship review ago
Abrar Al Razee
added to the journal ago
Github Repo and Cart
Here is my github repos, which has all the files and folders. the proccess of making this project in the Journal.md. There is also the .stl, .f3d and citcuit diagram there.

zsharpminor ⚡
requested changes for Wild Fire Prediction Device ago
You still need cart screenshots FROM the websites that you're buying from!!!! Also, your repo still doesn't follow submission guidelines - is your design complete? If so, please include images of your CAD, PCB (if you have one), and Firmware in your README, thanks!
Abrar Al Razee
submitted Wild Fire Prediction Device for ship review ago
Iamalive 🚀
requested changes for Wild Fire Prediction Device ago
Same thing as before - also please fully read https://blueprint.hackclub.com/about/submission-guidelines and fix your submission
Abrar Al Razee
submitted Wild Fire Prediction Device for ship review ago
Iamalive 🚀
requested changes for Wild Fire Prediction Device ago
Please include cart screenshots of the items you're planning on purchasing from the view of the site you're purchasing them off of
Abrar Al Razee
submitted Wild Fire Prediction Device for ship review ago
Abrar Al Razee
added to the journal ago
BOM
Here I made the Bill of Materials and other things.
https://docs.google.com/spreadsheets/d/1B_3vjF6hnGuylOTRCjDW6Ru4Rz02-M3GZ2_8QcCnpDA/edit?usp=sharing




Abrar Al Razee
added to the journal ago
CAD Designing
I designed a protective enclosure for the wildfire predictor device using Fusion 360. The enclosure consists of a base box and a removable top lid, sized to hold the electronic components securely. Cutouts were added for ports, sensors, and airflow to ensure proper functionality. This design allows easy assembly, protection, and future maintenance of the device.



Abrar Al Razee
added to the journal ago
Circuit diagram
I have finalized all the components and built a BOM, and then made the citcuit diagram to show how it will be wired and how it goes on
Circuit diagram

Component list
- Esp Fire Bettle p4
- Esp32 Ai cam
- MICS4514
- Temperature Sensor
- PM2 Dust Sensor
- RS485 output soil moisture and temperature sensor
- 10k Potentiometer
- GPS Module NEO-7N Satellite Positioning STM32 NEO 7N
- SIM800C Development Board GSM
- 0.96 Inch OLED Display Screen SSD1315 SSD1306
- 1pcs 18x30cm Stripboard Veroboard vero Board
- 1-8PCS KY-040 360 Degrees Rotary Encoder Module
Abrar Al Razee
added to the journal ago
How it will works
There will be a tree-top device installed in the forest as a mesh network. It will send the data from one node to another node, and the master will send all the data to the server with a 20-minute time interval.

Flowchart of working


Abrar Al Razee
added to the journal ago
What is it
Wild Fire Prediction Device
Wildfires are among the most destructive and unpredictable natural disasters. They lead to the loss of vast areas of forests, wildlife, and human property, costing millions of dollars. Relying solely on satellite monitoring is inadequate, as fires can spread rapidly before they are detected. Additionally, patrolling is often ineffective and unsafe, while drone monitoring can be costly and time-consuming. Approximately 85% of wildfires in the U.S. are initiated by human activities, such as unattended campfires, debris burning, equipment malfunctions, discarded cigarettes, or arson. Natural causes include lightning, underground coal fires, and rare events like meteor strikes.
Now I will build a device that will be installed in the forest and work like a mesh network. and monitor the forest with real-time data. I researched, and the most common time I got to take the sample is 10 to 30 minutes, so i will try this with a 20-minute interval.

Abrar Al Razee
started Wild Fire Prediction Device ago
12/11/2025 - What is it
Wild Fire Prediction Device
Wildfires are among the most destructive and unpredictable natural disasters. They lead to the loss of vast areas of forests, wildlife, and human property, costing millions of dollars. Relying solely on satellite monitoring is inadequate, as fires can spread rapidly before they are detected. Additionally, patrolling is often ineffective and unsafe, while drone monitoring can be costly and time-consuming. Approximately 85% of wildfires in the U.S. are initiated by human activities, such as unattended campfires, debris burning, equipment malfunctions, discarded cigarettes, or arson. Natural causes include lightning, underground coal fires, and rare events like meteor strikes.
Now I will build a device that will be installed in the forest and work like a mesh network. and monitor the forest with real-time data. I researched, and the most common time I got to take the sample is 10 to 30 minutes, so i will try this with a 20-minute interval.

12/13/2025 - How it will works
There will be a tree-top device installed in the forest as a mesh network. It will send the data from one node to another node, and the master will send all the data to the server with a 20-minute time interval.

Flowchart of working


12/16/2025 3 PM - Circuit diagram
I have finalized all the components and built a BOM, and then made the citcuit diagram to show how it will be wired and how it goes on
Circuit diagram

Component list
- Esp Fire Bettle p4
- Esp32 Ai cam
- MICS4514
- Temperature Sensor
- PM2 Dust Sensor
- RS485 output soil moisture and temperature sensor
- 10k Potentiometer
- GPS Module NEO-7N Satellite Positioning STM32 NEO 7N
- SIM800C Development Board GSM
- 0.96 Inch OLED Display Screen SSD1315 SSD1306
- 1pcs 18x30cm Stripboard Veroboard vero Board
- 1-8PCS KY-040 360 Degrees Rotary Encoder Module
12/16/2025 11 PM - CAD Designing
I designed a protective enclosure for the wildfire predictor device using Fusion 360. The enclosure consists of a base box and a removable top lid, sized to hold the electronic components securely. Cutouts were added for ports, sensors, and airflow to ensure proper functionality. This design allows easy assembly, protection, and future maintenance of the device.



12/17/2025 - BOM
Here I made the Bill of Materials and other things.
https://docs.google.com/spreadsheets/d/1B_3vjF6hnGuylOTRCjDW6Ru4Rz02-M3GZ2_8QcCnpDA/edit?usp=sharing




2/5/2026 - Github Repo and Cart
Here is my github repos, which has all the files and folders. the proccess of making this project in the Journal.md. There is also the .stl, .f3d and citcuit diagram there.

2/8/2026 - PCB Making
Here I have done the PCB for my project.
Here I have removed the 3d printing cost and built the circuit for the project

PCB Cart

This is the 3d view of the circuit

PCB Designing..

Schematic File..

3/8/2026 - Github polish and design verify
Github
I have updated all of the things on GitHub

Design verify
Here the box is made by taking measures of the circuit. At first i have taken the circuit dxf file for an exact measurement

Here is the size of the box (total 163mm). Here is the circuit about 101mm, and the 2x battery case size is 40mm x 75mm. and now left 40+101 = 141-163 = 22mm. which is for the space

Step By Step 3d Modeling

Designing a side of the box, there the MICS sensor and power switch will be. The mics sensor size is 27mm X 20mm and the dc switch size is 13 mm × 7 mm × 10 mm and the barrel zack size is 10mm X 12mm

In the other size, the measures for the PM2.5 sensor and a whole, so I can take the wire for the soil moisture sensor.

Cutting and make a proper space for the sensors

Making the top

A Complete View and the full work breakdown in .f3d file and also all the printable .stl files

4/14/2026 - All source file
Here i have update all the source file that i can be export form the easy eda online.
Here is the pcb all source files -> https://github.com/Abrar-Al-Razee/Wild-Fire-Prediction-Device/tree/main/Circuit
Here is all the CAD source files -> https://github.com/Abrar-Al-Razee/Wild-Fire-Prediction-Device/tree/main/3d%20Designing
Here i have design the cad in fusion so the as the source file i have updated the .f3d folies along with other files.
