Today's farmers use sensors, drones, satellites, artificial intelligence and mobile apps to understand crops and soils more accurately. These technologies help farmers use less water, reduce fertilizer use, protect biodiversity and improve harvests. This theme introduces precision agriculture and the future of sustainable farming.
Research Ideas
Team: Preeti Satsangi, Kunal, Gurpyari
Mentor: My mentor
This project uses low-cost soil moisture sensors connected to a microcontroller to monitor real-time soil conditions in a small farm plot. Data is logged and analyzed to identify irrigation patterns, helping reduce water wastage. The goal is to demonstrate how simple, affordable technology can support smarter, more sustainable farming decisions for local communities.
Team: Preeti Satsangi, Kunal, Gurpyari
Mentor: My mentor
This project uses low-cost soil moisture sensors connected to a microcontroller to monitor real-time soil conditions in a small farm plot. Data is logged and analyzed to identify irrigation patterns, helping reduce water wastage. The goal is to demonstrate how simple, affordable technology can support smarter, more sustainable farming decisions for local communities.
Team: Preeti Satsangi, Kunal, Gurpyari
Mentor: My mentor
This project uses low-cost soil moisture sensors connected to a microcontroller to monitor real-time soil conditions in a small farm plot. Data is logged and analyzed to identify irrigation patterns, helping reduce water wastage. The goal is to demonstrate how simple, affordable technology can support smarter, more sustainable farming decisions for local communities.