Currently, my research investigates the role of actin in shaping the nuclear architecture during ependymal cell differentiation. My work combines aspects of mechanotransduction, developmental biology, and microfluidics. I am particularly passionate about developing innovative technologies and integrating diverse tools to study the fundamental processes governing living systems. My research aims to uncover novel insights into the implications of mechanical regulation in cell fate, cellular organization, and function. This interdisciplinary approach provides a unique perspective on neurodevelopmental processes.

• 2022.07 - Now: “Actin shapes nuclear architecture during ependymal cell differentiation.”, at the École normale supérieure, France advised by Dr. Julie Plastino, Dr. Nathalie Delghyr and Dr. Ayako Yamada
• 2021.10 - 2022.06: “Developed droplet beads to measure signaling pathways in cancer cell aggregates.”, at the Cancer Research Center of Lyon, France advised by Dr. Hélène Delanoë-Ayari and Dr. Olivier Meurette
• 2021.02-2021.08: “Development of a microfluidic platform to study morphogenesis of quail embryos.”, at the Institute Pastuer, advised by Dr. Arthur Michaut
• 2020-2020: “Integration of printable polymers with composite nanomaterials for wearable microfluidics.”, at the Simon Fraser University, Canada advised by Prof. Bonnie Gray
• 2019-2020: “Fabrication and integration of microfluidic platform for fluorimetric analysis.”, at the Indian Institute of Technology Delhi, Master’s thesis advised by Prof. Sunil Kumar