Bio-Architected Mechanics
We study how structure and composition govern the mechanical behavior and performance of materials, with a focus on biological systems and their synthetic counterparts. Our work is inspired by natural materials such as arthropod exoskeletons, where architecture and chemistry are tightly integrated to achieve strength, toughness, and adaptability.
To uncover these principles, we combine experiments across length scales with the design and fabrication of synthetic materials, using them as controlled platforms to test and extend biological insights.
Through this approach, we establish fundamental structure–function relationships that inform the design of hierarchical, robust, and sustainable materials.
Research
Structure-Function Relationships in Biological Exoskeletons
Understanding how hierarchical structure and composition govern mechanical performance in natural materials.
Bioinspired Architected Materials
Using additive manufacturing to design and test structure–property relationships in controlled systems.
Sustainable and Living Matter
Developing bio-based and dynamic materials with tunable properties and environmental responsiveness.
Funding Sources
