Turning Movement into Useful Mechanical Power

by Glyka Lhen B. Mangmang, Jennybeth T. Gales, and Maery Joyce Pajo from Bohol Island State University

Glyka Lhen B. Mangmang - Actor, Researcher, Director; Jennybeth T. Gales - Actor and Researcher; Maery Joyce Pajo - Actor and Researcher

Read the students' description of their work below:

Our video output is about Bicycle–Treadmill Mechanical Innovation, a project developed to demonstrate how human motion can be transformed into mechanical energy. It combines a stationary bicycle and a treadmill connected through pulleys and gears, showing how movement can be harnessed for practical and educational purposes.

We chose to focus on this innovation because it promotes both sustainability and physical fitness, while also providing a hands on learning experience for students. Through this project, we aimed to create a simple yet meaningful system that helps others understand energy conversion and mechanical principles in an interactive way. It also reflects our goal to design an innovation that is locally made, practical, and environmentally friendly something that can inspire more students to explore renewable energy concepts.

We have always been curious about how things work from simple machines to complex systems. This curiosity motivated us to pursue our interest in the STEM field, especially in the areas of engineering and technology. We enjoy learning through experiments, building prototypes, and solving real-world problems through creative designs. What excites us most about STEM is its power to turn ideas into innovations that can make a difference in people’s lives. It challenges us to think critically, work collaboratively, and apply science in meaningful ways. Being part of this project allowed me to combine our passion for learning with our interest in sustainable technology and that’s what makes STEM truly inspiring for us.