What is Biomaterials & Tissue Engineering?
- Design materials that interact with biological systems. Develop biocompatible and intelligent materials, implants, and surface coatings that safely interface and actively communicate with cells and tissues in the human body.
- Integrate engineering, chemistry, and biology to construct living tissues and therapeutics. Apply principles from materials science, chemistry, and biology to engineer living tissues for understanding and directing cellular behavior and for regenerating damaged tissues and organs.
- Advance translational healthcare technologies. Develop innovative platforms including nanoparticles, hydrogels, and scaffolds via advanced biofabrication techniques for next-generation medical therapies.
Impact on Engineering & Medicine
- Improve patient care and outcomes. Enables new therapies for wound healing, musculoskeletal repair, cardiovascular disease, neural regeneration, and other unmet clinical needs.
- Accelerate precision medicine. Creates smart biomaterials and controlled drug delivery systems that provide targeted, personalized treatments with improved safety and effectiveness.
- Transform biomedical research. Provides advanced tissue models, organoids, and engineered microenvironments that improve disease modeling and drug development, while reducing reliance on animal testing.
- Drive innovation across disciplines. Bridges engineering, medicine, and the life sciences to translate fundamental discoveries into medical devices, regenerative therapies, and commercial healthcare technologies
