Following our community’s commitment to providing global insights for educators, we are thrilled to share the highlights from our most recent international event. This month, our discussion continued with the theme of Equity and Access in STEM, moving beyond theoretical inclusion to spotlight real-world solutions from our global network.
Did you miss the live session and do you speak Spanish? Watch the full webinar recording below. If you speak another language, don't worry, here is a summary of what was discussed!
This session was hosted by Mariana Mendes (Impact Manager for LATAM at Google for Education), who was joined by two innovative guests: Claudia Buenahora (Uruguay) and Gissela Naber (Paraguay). Together, they explored how to dismantle learning barriers in STEM using a human-centered, technological approach.
1. STEM as a Universal Language
The core message of the session was that science, technology, engineering, and math are languages that transcend borders. The panelists shared how they use Google tools to create a "common ground" where students from different backgrounds can collaborate on experiments and technical projects without being limited by their primary language.
2. Demystifying Complex Concepts
Claudia and Gissela demonstrated how to make STEM accessible to everyone, not just those with advanced technical backgrounds. They showed how to take "high-level" concepts—like environmental science or basic physics—and turn them into hands-on projects using digital tracking tools to ensure every learner can participate from Day 1.
3. Real-World Problem Solving
The panel emphasized that STEM education is most effective when it solves a local problem. They discussed a "community-first" approach where students identify a challenge in their own neighborhood—such as sustainability or digital inclusion—and use Google Workspace to research, document, and present their findings to local leaders.
4. Collaboration Beyond the Classroom
The educators highlighted how they use Google Meet and Shared Drives to connect their students with classrooms in other parts of the world. By sharing data and comparing results on similar experiments, students learn that scientific discovery is a global, collaborative effort.
Google Resources for Your Classroom
To help you implement a "STEM Without Borders" approach in your own school, we’ve gathered the resources highlighted during the session:
