My expertise is in microscale fluid dynamics and droplet-based fabrication of functional materials, combining fluid mechanics, materials science, and microfluidics to address challenges in health, sustainability, and the environment. My research focuses on the high-throughput fabrication of functional microparticles and microcapsules, including the encapsulation of cells and biomaterials to facilitate their delivery, reuse, and enhanced efficiency.

Keywords: Microfluidics · Droplet dynamics · Functional materials · Sustainable technologies

Materials science and engineering

I am interested in joining projects that combine microscale fluid dynamics, microfluidics, and functional materials to address challenges in health, sustainability, and the environment. In particular, I am interested in developing innovative approaches for the encapsulation and delivery of cells and biomaterials, as well as improving their stability, reuse, and efficiency through microscale control of fluids and materials.

microfluidics, droplet dynamics, microdroplet generation, functional materials, microparticles, microcapsules, cell encapsulation, biomaterials delivery, sustainable materials, co₂ capture

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