I am a high school senior from Reston, Virginia, focused on environmental health, environmental engineering, and the use of technology to address emerging ecological challenges. My work includes AI modeling for invasive-species analysis, sensor engineering for stream and soil monitoring, and microplastic governance research presented to international professors, CEOs, and global policy groups. As a co-founder and co-director of NVMAA, I help lead youth-driven environmental initiatives and collaborate with Georgetown University’s Dr. Sarah McCue on research informing IMF and World Bank–aligned plastic policy efforts. My projects span biodegradable material experiments, microbial fuel cell studies, and engineering-based environmental solutions, all aimed at creating accessible, research-driven tools that strengthen ecosystems and support evidence-based decision making.

I am a senior at South Lakes High School (Class of 2026) and an avid supporter of microplastic conservation. I earned second place at the Fairfax County Regional Science Fair for Environmental Engineering by researching local Northern Virginia water sources. I am passionate about expanding my knowledge and raising awareness about the impact of microplastics on our environment.

I am a senior at South Lakes High School (Class of 2026) with a strong interest in microplastic-pollutant advocacy. I aim to understand the effects of microplastics on both environmental and human health. My passion stems from a commitment to safeguarding natural ecosystems for future generations and promoting responsible waste management. Earlier this year, I presented a project at the Virginia State Science and Engineering Fair exploring how microbial fuel cells (MFCs) can optimize bacteria under specific conditions. A possible future consideration could be scaling this approach for microplastic degradation. This research deepened my understanding of scientific strategies for addressing plastic pollution and strengthened my commitment to pursuing innovative, research-driven solutions. Through continued involvement, I aim to address the root causes of plastic contamination and its lasting impact.