Current Research and Scholarly Interests
Our research focuses on biomaterials, implantable medical devices, drug delivery systems, 3D printing, regenerative medicine, and modular tissue engineering. We are particularly interested in creating bio-inspired materials and platform technologies capable of engineering complex tissues and organs.
We study how tissue-like chemistry, hierarchical structures, and advanced 3D-printing strategies can be integrated into engineered tissues, organs, and medical devices to achieve tissue-mimetic properties and improved biological function. Our goal is to define how these engineered systems enhance musculoskeletal healing and translate into better clinical outcomes.
Our research methodology spans the full translational spectrum—from conceptual design and device development, to advanced additive manufacturing, in-depth material and mechanical characterization, in vitro biological evaluation, and in vivo validation of novel biomaterials and implantable devices. Our current research program integrates three major themes: (1) Bioprinting and enabling technologies for modular tissue engineering and regenerative medicine; (2) Surface nanotechnology for next-generation osseointegrated orthopedic implant devices; (3) Naturally derived biomaterials and smart delivery platforms for cancer treatment.
