Build. Break. Learn. Repeat. 🔧⚡
A practical journey into IoT & Embedded Systems Engineering.
IoT LAB is a curated collection of real-world IoT and Embedded Systems projects built using Arduino Uno and ESP32.
This repository focuses on hands-on learning through practical implementations in:
- 🏠 Home Automation
- 🩺 Health Monitoring
- 🌱 Smart Agriculture
- 📡 Robotics & Radar Systems
- 🧠 Sensor-Based Intelligent Systems
The goal is to bridge the gap between hardware and software integration using structured, real-time applications.
| S.No | Project Name | Description | Technologies Used | Last Updated |
|---|---|---|---|---|
| 1 | ESP32 - Staff Project (Switching On/Off) | IoT-based device control system to remotely switch electrical appliances ON or OFF using ESP32. | ESP32, Embedded C++, IoT | Last Week |
| 2 | ESP32 - Voice Command | Voice-controlled automation system using ESP32 for smart device control. | ESP32, Embedded C++, Voice Integration | 2 Days Ago |
| 3 | ESP32 - 2 LEDs | Basic ESP32 project demonstrating LED control and GPIO handling. | ESP32, Embedded C++ | Last Week |
| 4 | ESP32 Attendance System | RFID-based smart attendance system using ESP32 for automated student/staff tracking. | ESP32, RFID, Embedded Systems | Last Month |
| 5 | Health Monitoring System | Real-time health monitoring system measuring vital parameters using microcontroller integration. | Arduino, Embedded C++, Sensors | Last Month |
| 6 | Plant Watering System (ESP32) | Smart irrigation system that automatically waters plants based on soil moisture levels. | ESP32, IoT, Embedded C++ | Last Month |
| 7 | RADAR with Arduino | Ultrasonic sensor-based RADAR system for object detection and distance measurement. | Arduino, Ultrasonic Sensor, Embedded C++ | 4 Days Ago |
| 8 | Smart Home Devices | Web-based smart home control system integrated with microcontrollers. | Arduino / ESP32, HTML, CSS, JavaScript, IoT | Last Month |
- ✅ Real-world IoT & Embedded System applications
- ✅ Arduino Uno & ESP32 based implementations
- ✅ Sensor interfacing & actuator control
- ✅ Structured, modular, beginner-friendly code
- ✅ Practical electronics & automation concepts
- ✅ Ready for IoT expansion (Cloud, Web, Mobile)
- Arduino Uno
- ESP32
- Embedded C / C++
- Arduino Framework
- Arduino IDE
- Serial Monitor
- Sensor & Actuator Modules
- HTML
- CSS
- JavaScript
IoT-LAB/ │ ├── ESP32_-Switching_On_Or_Off/ ├── ESP32-_VOICE_COMMAND/ ├── ESP32_2LEDS/ ├── ESP32_Attendance/ ├── Health_Monitoring_System/ ├── Plant-Watering-System---ESP32/ ├── RADAR_with_Arduino/ ├── Smart_Home_Devices/ └── README.md
git clone https://github.com/lshariprasad/IoT-LAB.git-
Connect your Arduino Uno / ESP32
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Open the desired project folder
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Select correct Board
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Select correct Port
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Click Upload
- Use Serial Monitor
Observe LEDs, sensors, motors, or web interface (depending on project)
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Understand IoT fundamentals
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Master sensor interfacing techniques
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Learn hardware–software integration
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Develop real-time embedded applications
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Build scalable IoT systems
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📷 Add circuit diagrams for each project (We Add Inside Each Folder - Circuit Diagrams)
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🎥 Include demo videos / GIF previews
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☁️ Cloud integration (Firebase / MQTT)
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📊 Web dashboards for monitoring
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📦 Modular project documentation
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🧠 AI-based smart automation features
Name: lshariprasad
Domain: IoT & Embedded Systems Engineering
Focus: Real-World Hardware Projects & Automation Systems
This project is licensed under the MIT License.
You are free to use, modify, and distribute this repository.
See the LICENSE file for more details.