Advancing Research. Enabling Breakthroughs.
Where ideas evolve into impactful, real-world innovation.
OUR APPROACH
An Integrated Translational Research Pipeline
Our research workflow is built on a translational framework that connects fundamental material design with real-world clinical applications.
We bring together a multidisciplinary team of
- Chemists
- Engineers
- Microbiologists
- Veterinarians
- Clinicians
- Commercialization experts
Collaborating across every stage-from discovery to deployment.
What We Do
Our work follows a structured pathway—from foundational research to real-world clinical application.
Beginning with material chemistry and surface science, we design and characterize novel biomaterials and medical device technologies, then advance through mechanistic studies and rigorous in vitro evaluation. Promising technologies progress into validated preclinical in vivo models to assess safety and function in physiological environments. Through this integrated pathway, our innovations mature into technologies for vascular access, wound healing, cardiopulmonary support, and related applications.
Focus areas of innovation
Wound Healing Solutions
Vascular Access Technologies
Cardiopulmonary Support
Advanced Medical Devices
impact
BTEC serves as a catalyst for interdisciplinary biointerface research at UGA – advancing the translation of next-generation medical device technologies and therapeutic platforms. The Center integrates engineering, biomedical science, materials chemistry, veterinary medicine, and commercialization expertise to accelerate benchtop discoveries toward clinical implementation. Through this collaborative environment, BTEC drives scientific innovation, strengthens industry partnerships, and trains the next generation of translational engineers and scientists.