MICROSCOPY FOR EVERYONE

The understanding of nature through the exploration of the microscopic world is fundamental to the advancement of scientific knowledge. However, the high costs of appropriate instrumentation make access difficult in many educational settings. This work presents the design and development of UMicron, an educational microscope aimed at promoting STEM education (Science, Technology, Engineering, and Mathematics) and exploring the fascinating microscopic world.

Manufactured using accessible and cost-effective technologies, such as 3D-printed components and microcontrollers like Arduino and Raspberry Pi, UMicron offers a customizable, lightweight, and robust design for various educational environments. With the integration of CMOS sensors and real-time documentation systems, the microscope allows students and educators to observe microorganisms and structures invisible to the naked eye, providing a unique window into the micro-world.

Additionally, its modular design encourages hands-on learning, enabling users to assemble, calibrate, and experiment while developing skills in electronics, programming, and optics. Following open-source principles, UMicron provides free blueprints, codes, and assembly guides, significantly reducing the costs associated with advanced microscopes. This makes it an accessible solution for schools with limited resources.

Beyond being an educational tool for biological and material sciences, UMicron inspires curiosity, technical skills, and interdisciplinary innovation, integrating STEM learning into classrooms and enabling new generations to explore the microscopic world in a technological and collaborative environment.