The goal of this project is to create a mechanical energy gadget that will improve students' understanding
of sustainable development and how it relates to physics. Researchers are investigating novel approaches to
harvesting renewable energy because of the growing demand for sustainable and clean energy sources. The
creation of mechanical footstep power generators, which harness the kinetic energy of a person's footfall to
generate electricity, is one such strategy. An outline of the idea, design factors, and possible uses for
footstep power generators are given in this abstract. The idea behind footstep power generators is to use
the generator and springs to transform mechanical energy into electrical energy. Such as Rack & Pinion
can produce electricity when under mechanical stress. These materials are frequently placed higher up on
the floor so that as people walk or run, their weight will compress them and cause them to produce
electricity. The optimization of footstep power generators' practicality and efficiency is largely dependent
on design considerations. Footstep power generators have a wide range of potential uses. By placing them
in busy places like train stations, airports, and retail centers, they may produce electricity from constant
foot traffic and lessen reliance on conventional energy sources. Wearable technology can also incorporate
step-by-step power generators, allowing users to produce electricity while moving or exercising.
Furthermore, using them in isolated locations or during emergencies might offer a reliable and quick
source of electricity. This is being done in the hopes of offering a fresh viewpoint and demonstrating how
to approach and accomplish sustainable development. Our goal is to stimulate more study on this subject.