This project consisted of designing and building a water leveling system inspired by Bernoulli’s principle to study pressure distribution across multiple height levels. The system was constructed primarily from wood, with carefully dimensioned cuts to achieve specific flow characteristics. At the final stage, a small motor was added to harness kinetic energy from the descending water and convert it into electrical energy.

I designed the layout based on fluid dynamics concepts, executed precision wood cuts to match target pressures, and assembled the full system manually. I also integrated a small generator to capture energy from the falling water, combining mechanical design with a basic introduction to renewable energy systems.