samael3003 / inventory-management-system

https://youtu.be/C4nSL6YLiXg

📦 Inventory Management and Monitoring System

About the Project

Efficiently managing inventories is crucial for businesses, regardless of their size. The Inventory Management and Monitoring System is the result of an Engineering Design and Innovation Project that aims to revolutionize inventory management processes, optimize operations, and boost productivity using open-source technologies. 🚀

Table of Contents

1. Project Overview
2. Related Links
3. Usage
4. Contributing
5. License

Related Links

Explore more about this project:

1. 🌐 Personal Website Post

2. 📁 GitHub Description

3. 💼 Devfolio Project

4. 📺 YouTube Video

5. 🔗 LinkedIn Post - Project Completion

6. 🔗 LinkedIn Post - Devfolio Project Competition

Usage

Python (.py) file for Automatic Billing (Raspberry Pi 4B)

Hardware Setup: Ensure your Raspberry Pi 4B is properly set up and connected to the necessary peripherals, such as a barcode scanner or camera for scanning inventory items.

Install Dependencies: Make sure you have all the required libraries and dependencies installed on your Raspberry Pi. You may need to run pip install commands for any missing packages.

Run the Python Script: Execute the Python script on your Raspberry Pi. This script should continuously monitor the inventory and generate bills automatically when items are scanned or detected as sold. Ensure that it's running in the background or as a service as needed.

Arduino (.ino) file for Environment Monitoring

Hardware Setup: Upload the Arduino (.ino) code to your Arduino board (e.g., Arduino Uno) using the Arduino IDE. Connect the necessary sensors and actuators as per your hardware setup.

Calibration: Depending on the sensors used, you might need to calibrate them according to your environment. Follow the manufacturer's instructions for calibration.

Power Up: Power up your Arduino board and ensure it's connected to a suitable power source. The code should start collecting environmental data as programmed.

Arduino (.ino) file for Inventory Stock Management (NodeMCU ESP8266)

Hardware Setup: Upload the Arduino (.ino) code to your NodeMCU ESP8266 board using the Arduino IDE. Connect any required sensors, RFID readers, or other inventory monitoring hardware.

Configure Wi-Fi: Modify the code to include your Wi-Fi credentials and network details so that the NodeMCU can connect to your network.

Inventory Management: This code should monitor and manage your inventory. It may send alerts or updates to a central system when stock runs low or when items are added or removed.

Contributing

If you'd like to contribute to the project, please follow these guidelines.

License

This project is licensed under the License Name - see the file for details. 📜

Feel free to customize the formatting, content, and emojis further to suit your preferences and style. Good luck with your project! 🌌🔧🚀