From 6967ec04a4dedbc66e6ba4f0cbbda69b2b03da93 Mon Sep 17 00:00:00 2001
From: Shivansh Khankriyal
 <96327360+ShivanshKhankriyal@users.noreply.github.com>
Date: Mon, 2 Oct 2023 18:50:57 +0530
Subject: [PATCH] Create IOT based Smart light control system

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 1 file changed, 51 insertions(+)
 create mode 100644 Projects/2-Intermediate/IOT based Smart light control system

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+**Description:**
+
+In this commit, I've added a project idea for intermediate programmers to build an IoT-based smart light system using commonly available components like Arduino Uno, NodeMCU, jumper wires, and a 4-channel relay. This project is a great way for developers to explore IoT concepts and gain hands-on experience with microcontrollers and relay control.
+
+**Project Idea:**
+
+#### IoT Smart Light System
+
+**Components:**
+- Arduino Uno or compatible microcontroller
+- NodeMCU (ESP8266) or similar IoT module
+- Jumper wires for connections
+- 4-channel relay module
+- Power supply for the components
+- LED light bulbs or existing home lights
+
+**Description:**
+This project aims to create a smart light system that can be controlled remotely via a web interface or a smartphone app. Users can turn the lights on or off, adjust brightness, and even set schedules for automatic lighting control.
+
+**Steps:**
+
+1. **Hardware Setup:**
+   - Connect the Arduino Uno and NodeMCU via serial communication (e.g., using UART).
+   - Connect the 4-channel relay module to the Arduino to control the lights.
+   - Power the NodeMCU and the relay module.
+
+2. **Software Development:**
+   - Program the Arduino to handle relay control based on commands from the NodeMCU.
+   - Develop a web interface or smartphone app (using platforms like Blynk or Cayenne) for users to control the lights remotely. Here we used Blynk
+   - Implement features such as on/off switches, brightness control, and scheduling.
+
+3. **IoT Connectivity:**
+   - Configure the NodeMCU to connect to Wi-Fi and communicate with a cloud platform (e.g., IoT Core, AWS IoT, or a custom server).
+   - Set up secure communication between the IoT module and the user interface.
+
+4. **User Experience:**
+   - Test the system to ensure smooth remote control of the lights.
+   - Optimize the user interface for ease of use and aesthetics.
+   - Implement additional features like voice control or integration with smart assistants.
+
+5. **Documentation:**
+   - Document the hardware connections, software code, and usage instructions.
+   - Share the project on GitHub with a detailed README and code repository.
+
+**Benefits:**
+- Gain hands-on experience with IoT development and microcontrollers.
+- Create a practical and customizable home automation solution.
+- Learn about relay control, IoT communication, and web/mobile app development.
+- Contribute to a sustainable environment by optimizing lighting control.
+
+Feel free to fork this project idea and start building your IoT-based smart light system. Happy coding!