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# 2024 Micro Bio-Electro Reactors |
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This project addresses the limitations of the traditional electrochemical reactors currently used to study electro-active microbes, which are crucial for applications such as carbon capture and bioplastic production. The new miniaturised reactor offers higher sensitivity and resolution, allowing for more detailed measurements and additional capabilities, such as in-situ imaging. This innovative device accelerates the screening and engineering of electro-active microbes, facilitating their integration into environmental and pharmaceutical technologies while broadening research possibilities across various industries
I am a mechanical engineer and materials scientist with a passion for creating innovative tools that empower scientists to push the boundaries of research in life sciences and renewable energy. I believe that solving today's global challenges requires collaboration across diverse multidisciplinary teams where different expertise and perspectives come together to drive innovation. As a graduate student at WashU, I play a key role as the engineer within such a team, focusing my PhD studies on developing microfluidic devices that accelerate discoveries in biology and chemistry.more
High-performance synthetic spider silk for durable textiles
Queen Mary University of London
Biodegradable plant-based coatings for plastic-free packaging
Sustainable 3D-printed ceramic filters for metal purification
