IoT-Based Greenhouse Monitoring & Automatic Watering System

You'll wire up real sensors (soil moisture, DHT22 temperature/humidity, optional LDR/rain sensor), program an ESP32 microcontroller, control a relay-driven water pump automatically based on soil conditions, and stream live data to a cloud dashboard you can check from your phone.

By the end of this course, you will have:

• A fully working greenhouse automation prototype you can demo or extend into a real project
• A portfolio-ready IoT project for your resume, final year project, or YouTube channel
• Practical skills in embedded programming, sensor interfacing, cloud integration (Blynk), and system design
• A certificate of completion

Who This Course Is For

• Engineering / diploma students needing an IoT mini-project or final-year project
• Electronics hobbyists and makers who want a practical automation build
• Agri-tech enthusiasts exploring smart farming
• Anyone who has done basic Arduino/ESP32 tutorials and wants a complete end-to-end system

Prerequisites

• Basic understanding of Arduino IDE (installing it, uploading a sketch)
• No prior IoT or cloud experience needed — covered from scratch
• A laptop/PC with USB port; components list provided in Module 1