We develop manufacturing-enabled tissue and organ-on-a-chip platforms with perfusable, biomimetic internal architectures that enable more human-relevant disease models, drug testing, and, in the long term, scalable implantable tissues.
We develop painless microneedle arrays for high-efficiency delivery of biologics (including nucleic-acid and DNA-origami–enabled) and minimally invasive sampling, combining precision microfabrication with translation-ready materials, geometry-controlled insertion, and scalable manufacturing.
Translational medical devices & integrated platforms
We turn promising device concepts into deployable clinical platforms by co-designing manufacturing, system integration, and workflow from day one, engineering for repeatability, usability, and verification/validation readiness.
We build biointegrated devices that interface with the body for continuous sensing and closed-loop therapy, emphasizing soft/stretchable mechanics, robust integration, and strategies that enable reliable long-term operation in biological environments.
Advanced manufacturing & precision engineering
We advance micro- and mesoscale fabrication through mechanical micromachining, micromolding, laser micromachining, and other microfabrication processes, along with metrology—making precision manufacturing more predictable, controllable, and scalable across challenging materials and geometries.
We develop painless microneedle arrays for high-efficiency delivery of biologics (including nucleic-acid and DNA-origami–enabled) and minimally invasive sampling, combining precision microfabrication with translation-ready materials, geometry-controlled insertion, and scalable manufacturing.