Understanding and controlling the evolution of materials' microstructure is fundamental to advancing technology. The ability to tailor microstructure and transformations at multiple length scales enables the design of materials with superior properties and performance. Our research focuses on uncovering the mechanisms governing microstructural evolution and utilizing this knowledge to develop high-performance materials for practical applications.
We leverage a strong materials science background together with experimental methodologies, computational analysis, and data-driven insights to advance material design. Our goal is to transform microstructural understanding into the strategic engineering of materials at the atomic and mesoscale levels, ensuring enhanced functionality and durability.