Research

Biomedical Polymer Engineering

Engineering Biomaterials for Regenerative Medicine, Therapeutic Delivery, and Implantable Devices

The Biomedical Polymer Engineering Laboratory (BPEL) develops next-generation biomaterials that actively interact with biological environments to improve healing and therapeutic outcomes. Our research integrates polymer chemistry, biointerface engineering, drug delivery, and medical device design to address critical challenges in cardiovascular disease, infection, and tissue regeneration. Through molecular-level control of material structure and function, we engineer biomaterials that not only provide structural support but also dynamically regulate oxidative stress, inflammation, drug release, and tissue remodeling.

Our research is driven by the central question:

How can biomaterials be engineered to actively direct biological responses and improve the long-term performance of medical therapies and implantable devices?

Research Impact

The BPEL combines fundamental materials science with clinically relevant engineering solutions. Our research spans molecular design, material synthesis, biological evaluation, and device development, creating a translational pathway from laboratory discovery to real-world biomedical applications. Through collaborations across engineering, medicine, and industry, we aim to develop biomaterial technologies that improve patient outcomes while advancing the next generation of therapeutic and regenerative medical devices.