by Vivan Patel, Dhiaan Rupani, Kayaan Chauhan, and Parshva Savani
Project Description:
Vivan Patel, Dhiaan Rupani, Kayaan Chauhan, and Parshva Savani developed an innovative project focused on creating an autonomous irrigation system designed to enhance agricultural efficiency and sustainability. The system utilized custom-built soil moisture sensors that monitored hydration levels in real time and triggered automated watering only when specific thresholds were met. This eliminated the need for manual intervention and significantly reduced water wastage by ensuring precise and efficient irrigation. To further strengthen the system, the students integrated a geothermal energy module that harnessed constant thermal energy from beneath the Earth’s surface. Unlike solar-powered systems, this approach provided a reliable 24/7 energy supply, ensuring uninterrupted operation of sensors and irrigation pumps regardless of weather conditions.
Project Outcome:
The project successfully demonstrated a sustainable and intelligent approach to modern farming by combining automation with renewable energy. It highlighted the effectiveness of sensor-driven irrigation in conserving water while maintaining optimal crop health. The integration of geothermal energy ensured continuous system functionality, making the model both reliable and environmentally friendly. Overall, the project showcased the students’ strong understanding of innovative technologies, problem-solving abilities, and commitment to developing solutions that promote efficient resource management and sustainable agricultural practices.
