By: Samyak Jain, Rewan Jariwala, Abhijeet Chabhadiya, Vian Davariya, Rupin Sorathiya
Project Description:
This Interdisciplinary Studies group project focuses on designing and developing a portable windmill that incorporates the Archimedes screw mechanism. The project explores innovative ways to harness renewable wind energy in a compact and mobile system suitable for real-world applications.
Project Focus:
The model demonstrates how wind energy can be converted into rotational motion, which drives the Archimedes screw. This mechanism is used to lift water or generate useful mechanical output, making it particularly beneficial for irrigation and small-scale energy needs. The design emphasizes portability and efficiency, making it ideal for use in remote or off-grid areas where conventional resources may be limited.The project integrates concepts from physics (energy conversion and motion), engineering (mechanical design and functionality), and environmental studies (sustainability and renewable energy).
Project Outcome:
The final outcome is a functional model that effectively showcases the practical application of wind energy through a simple yet powerful mechanism. Through this project, the students demonstrated strong collaboration, problem-solving, and interdisciplinary thinking, while proposing a sustainable solution that addresses real-world challenges related to energy access and water management.
