Mission Statement
The long term goal of the Biomaterials and Interface Tissue Engineering Laboratory (BITEL) is to design nano-biomaterials and functional tissue grafts that have the ability to direct cellular responses, regulate the formation and integration of multiple tissue types, and address challenges associated with aging and mobility. Our research focuses on sustainable biomaterial design and composite tissue regeneration through engineering nanomaterials, harnessing living materials/drugs and stem cells, and developing biofabrication and machine learning techniques. Mechanisms of cell-material interaction and complex tissue regeneration strategies developed at BITEL have broad application in sports medicine, women’s health and oral health, and address grand challenges in Engineering for a Healthy Humanity
Recent News
Michael successfully defends thesis
Michael Chan successfully defends his doctoral thesis, "A Composite Scaffold Approach for Enamel Regeneration." Congratulations, Michael! We wish you the best.
Hannah successfully defends thesis
Hannah Childs successfully defends her doctoral thesis, "Immunomodulatory Matrix for Ligament Healing." Congratulations, Hannah!
Sang Won successfully defends thesis
Sang Won Lee successfully defends his doctoral thesis: "Deep Learning Strategies for Pandemic Preparedness and Post-Infection Management." Congratulations!