Lab for Functional Organ-on-a-Chip Engineering and Regenerative Medicine

Keywords: microfluidics, 3D/4D printing, biomaterials, biofabrication, tissue/organoid/organ-on-a-chip engineering, therapeutics delivery, drug screening, tissue engineering

Feel free to reach out regarding collaboration, student positions, or other research opportunities!

Research:

Programmable Cellular Microenvironments & Organoid Engineering

We engineer dynamic cellular microenvironments through advanced biomaterials, microfluidics, and bioreactor technologies to understand and regulate cell behaviour, tissue development, and organ function.

Representative publications:

Science Advances, 2024; Advanced Materials, 2023; Small, 2020

Scalable and Automated Manufacturing & Data Analysis

We develop scalable and automated manufacturing technologies to enable the large-scale production of human tissues. We also leverage artificial intelligence to enhance data acquisition and analysis, thereby improving manufacturing outcomes.

Representative publications:

Science Advances, 2026; ACS Applied Bio Materials, 2024; Analytical Chemistry, 2024; PNAS, 2024; Nature Protocols, 2021; Small, 2022; Advanced Materials, 2018

Disease Modeling & Regenerative Medicine

Representative publications:

Science Advances, 2024; Advanced Materials, 2023; Small, 2020

Intelligent Material Systems

We develop intelligent material systems that respond to specific environmental cues (e.g. biochemical, mechanical, temperature, and magnetic stimuli) for biofabrication and controlled therapeutic delivery.

Representative publications:

Science Advances, 2025, 2026; Small, 2026; 2026; Med Mat, 2026; Advanced Materials, 2022, 2023; ACS Applied Materials & Interfaces, 2020, 2024

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