About Me: I am a scientist specializing in bioinformatics and microbial ecology, with a keen interest in understanding the complex interactions between bacteria and their environments. My goal is to leverage this knowledge to engineer synthetic microbial communities. I am excited about applying cutting-edge approaches like high-throughput genome-resolved metagenomics, long-read sequencing, and strain-level analysis and manipulation to gain unprecedented insights into microbial diversity and interactions. I thrive in multidisciplinary environments, where I can benefit from and contribute to diverse perspectives and expertise.

Vision: Looking to the future, I am eager to bridge the gap between fundamental research and practical, innovative solutions. While fundamental research is deeply fulfilling and encourages intellectual growth, it is increasingly met with skepticism by the broader community that funds it. This reflects a growing expectation for research to directly address societal needs. Tackling core challenges, particularly in emerging fields, requires a nuanced approach. However, translating insights from basic research into actionable solutions demands skills like strategic planning and implementation— often underemphasized in academia. By combining my training in fundamental research with these essential skills, I aim to drive innovation in the biotech and heathcare space.

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Selected talk featuring my most recent work on the gut microbiome of honeybees: