Research Projects

My research advances computational design and materiality by developing material-driven digital workflows, advanced fabrication systems, and novel materials that challenge traditional construction logic. Theoretically, I examine how gradient material transitions disrupt conventional notions of architectural tectonics, representation, and fabrication—positioning material behavior as an active design parameter rather than a passive outcome.

Technically, I focus on performance-driven computational methods, architectural-scale advanced manufacturing, and 3D-printable construction and smart materials to enhance manufacturability, adaptability, and sustainability. By integrating design, fabrication, and material innovation, I aim to produce architectural components that respond to climatic, structural, and cultural contexts—advancing a paradigm where form, function, and materiality are computationally and materially inseparable.