Micromundo, Virtual Microscopy & Science Education Platform
Published:
Micromundo is a digital platform that integrates education and collaborative teaching with virtual microscopy, making optical science accessible to schools and universities through low-cost 3D-printed microscopes and web-based visualization tools.
- Team website: micromundo.team
- Virtual microscopy app: micromundo.app
Business context
Science education in Chile (particularly in optics, microscopy, and biology) faces a persistent access barrier: professional microscopes cost thousands of dollars, limiting hands-on experience to well-funded institutions. Micromundo addresses this by combining affordable 3D-printed microscope hardware with a digital platform for virtual specimen exploration, educational content, and collaborative learning.
Key Performance Indicators, Process impact
| KPI | Baseline (traditional) | With Micromundo | Impact |
|---|---|---|---|
| Microscope access | $2,000+ per professional unit | $50-100 per 3D-printed unit | Democratized access to optics education |
| Specimen availability | Physical slides, fragile, limited | Virtual specimens, unlimited access | Any student, any time, any device |
| Teaching reach | In-person lab sessions only | Web platform + physical kits | Blended learning: hands-on + digital |
| Content creation | Teacher-dependent, isolated | Collaborative platform with shared resources | Scalable educational content |
The journey
2015-2016: From research to education
The seed was planted during my work at BNI/SCIAN-Lab, where I used scientific microscopes daily for super-resolution imaging research. The gap between the instruments available in a university research lab and what schools could afford was enormous. The question: can we bring meaningful microscopy to students who will never see a confocal microscope?
2017: Start-Up Chile
Micromundo Chile SpA was founded with Start-Up Chile seed funding from CORFO. The initial product: 3D-printed microscope kits with structured illumination, paired with educational content in optics and biology. Additional support from:
- Microsoft Imagine Lab (2016), early-stage acceleration
- BNI Scientific Seed Fund (2017), portable 3D-printed microscopy with adaptive structured illumination
- Valentín Letelier Fund (2020), “Laboratorio Virtual Micromundo” technology transfer initiative
2017-2021: Building the platform
The platform evolved from simple microscope kits to a full educational ecosystem:
- micromundo.app, virtual microscopy web application for exploring digitized specimens
- micromundo.team: team website with educational content, blog, and e-commerce (WordPress + WooCommerce)
- Physical kits, 3D-printed microscopes with LED illumination, designed for classroom use
- Teaching integration, used in Medical Informatics courses at Universidad San Sebastián (2017-2019)
Technical stack
- Virtual microscopy: Web-based viewer for high-resolution specimen images
- Team site: WordPress with WooCommerce, custom theme, Jetpack, contact forms
- Hardware: 3D-printed optics assemblies, LED illumination, smartphone adapters
- Content: Curated specimen libraries, educational guides, teacher resources
Connection to research
Micromundo sits at the intersection of several research threads:
- Super-resolution microscopy (SOFI project), the research that revealed the gap between professional and educational optics
- Computational photography (Dual Photography), understanding light transport informs microscope design
- Science outreach, translating research expertise into educational products
Lessons learned
Running a startup while doing a PhD and teaching at a university was the most demanding period of my career. The product worked, students engaged with the microscopes, teachers found the platform useful. But scaling an educational hardware+software product in Chile requires distribution channels, institutional partnerships, and sustained marketing that a small technical team couldn’t sustain alone. The technology is sound; the business model needs a different kind of leadership.
The Valentín Letelier Fund (2020) for “Laboratorio Virtual Micromundo” validated the educational value of the project at an institutional level, the University of Chile recognized it as a meaningful technology transfer initiative.