A Student-Buildable OpenFlexure-Derived Microscope for Classroom Physics

Recent advances in open-source hardware and digital fabrication have created new opportunities for science education through the development of low-cost scientific instruments. In this project, we focus on the fabrication of an accessible microscope inspired by the OpenFlexure platform. Unlike conventional laboratory microscopes, which are often expensive and difficult to maintain, this system is designed using 3D-printed mechanical parts combined with simple optical and electronic components, making microscope construction affordable and reproducible in educational settings.

The microscope was intentionally simplified to facilitate hands-on assembly by students and beginners. Instead of relying on complex embedded systems such as Arduino or Raspberry Pi, the design emphasizes direct fabrication and manual assembly using low-cost materials and repurposed consumer devices, including modified webcams. This approach allows learners to understand the physical principles behind the instrument while actively participating in its construction.

A key objective of the project is to promote accessibility and sustainability in science education. By reusing electronic waste and inexpensive materials, the microscope demonstrates that functional scientific tools can be built with limited resources. The fabrication process encourages experimentation and creativity while introducing students to fundamental concepts in optics, mechanics, and electronics through practical learning.