Cell-Based Bioartificial Organs & Regenerative Medicine: Through convergence research integrating mechanics, materials, and life sciences, we actively develop cell-based implantable bioartificial organs and disease models/organoid for drug testing.

Advanced 3D Printing & Biofabrication Technologies: We establish state-of-the-art tissue engineering platforms by combining diverse 3D printing techniques (extrusion, inkjet, photocuring, electrospinning, electrohydrodynamic methods) with biomaterial synthesis and characterization.

Cell/Tissue Biomechanics, Mechanobiology & Bioreactor Development: We investigate cellular and pathological mechanisms at the genetic and protein levels by applying physical stimuli (shear, tensile, compressive, and electrical) to engineered tissues/organs, and we develop large-scale cell culture bioreactors and tissue bioreactors.

Translational & Applied Research Based on 3D Printing: We conduct translational studies for medical and regenerative applications, including patient-specific artificial bones/implants, transdermal microneedle drug delivery systems, and printed bioelectronic patches/biosensors.

For more details, please see the "Research Area" page.