Advanced Materials and Additive Manufacturing Laboratory
Biological Additive Manufacturing (Bio-AM)
Our research in this area aims to advance the science and technology of 3D printing living microorganisms, including mammalian cells for tissue engineering and disease modeling, as well as bacteria and algae. We aim to understand how the manufacturing process and associated physical phenomena influence the viability, behavior, and functionalality. Our objective is to develop a comprehensive scientific understanding of the linkage between process mechanics and biological function, paving the way for breakthroughs in bioprinting technologies. We develop tools, methods, and biommaterials
Micro-scale Additive Manufacturing
Research in this domain focuses on enhancing the scientific understanding of micro-scale aerosol-based additive manufacturing. The aim is to further the science and technology associated with aerosol deposition processes. This includes a detailed investigation into aerosol generation, transport, and deposition mechanisms, and their impact on the final properties of devices produced through this technology. Understanding these aspects is crucial for optimizing device performance and reliability, thereby broadening the applicability of these techniques in various industries.