During August and September, we collaborated with Westview Catalyst For Success (WVC4S), a STEM-focused club at our school, to host eight outreach events aimed at inspiring elementary students through hands-on science experiments. Our first joint experiment, Seashells in Vinegar, took place at Poway's Farmers Market, where we set up a stand and engaged over 50 attendees of various ages about the effects of ocean acidification, using seashells from our previous beach cleanup to demonstrate how vinegar dissolves their structures.
With the support of Westview Catalyst For Success, we extended our outreach to several local elementary schools, ensuring smooth event setups and effective engagement during their school hours. As a result, we hosted seven additional events in September at Deer Canyon Elementary and Adobe Bluffs Elementary, where we taught approximately 150 third to fifth graders essential concepts in Biology, Physics, and Chemistry through interactive experiments like Balancing Nails, Lava Lamps, and Perception Goggles. We explained key scientific principles, including the center of gravity, polarity, light refraction, and the structure of lipid molecules.
By connecting with diverse communities, we encouraged discussions about public values and the relevance of scientific principles in their lives. Everyone involved, including the students and volunteers, learned the importance of collaboration and communication in making science accessible and engaging. This experience has enriched our understanding of how to effectively involve more people in shaping the future of synthetic biology, reinforcing the idea that education is a powerful tool for community engagement and knowledge sharing.
We organized multiple outreach events at local elementary schools by collaborating with after-school ESS programs every other Friday. We prepared engaging materials and easy-to-follow procedures for fun science experiments, including the classic Strawberry DNA lab, the milk and food coloring experiment, creating lava lamps, and color-changing flowers. These hands-on activities not only sparked excitement about science but also helped the kids deepen their understanding of synthetic biology. Each experiment was accompanied by brief lessons to explain the scientific principles behind them, ensuring the children gained valuable knowledge while having fun.