Research

Fundamental Characterization of Complex Soft Matter

Advance the understanding of soft, multifunctional materials by creating integrated theoretical and experimental frameworks to characterize their behavior under diverse mechanical loading conditions. This includes studying time-dependent, nonlinear, and anisotropic responses common in polymers, composites, and biological tissues. Our work combines constitutive modeling, finite element simulations, and high-resolution imaging techniques to uncover structure–property relationships and guide the design of materials with tailored mechanical performance for biomedical and soft robotic applications.

Integrate Biology and Engineering Design

Leverage state-of-the-art approaches in bio-inspired design to guide the development of novel biomedical systems. The centre combines interdisciplinary experts in materials characterization, synthetic biology, and mechanical testing. The overarching goal is to use expertise in engineering to solve biological problems in health and disease. Current projects include:

• Custom-made synthetic “Skin”
• Developing tools for diagnostic imaging
• 3D printed Sensors and Soft Robotics
• Smart Scaffolds
• Synthetic muscles

Pioneer Personalized and Regenerative Health Technologies

Drive the development of next-generation therapeutic and assistive biomedical devices that are customizable to each patient’s unique anatomy and biomechanics. By integrating advanced polymer science, smart materials, and high-resolution additive manufacturing, our research aims to create devices that adapt to individual needs—enhancing comfort, functionality, and user autonomy. These innovations are designed with inclusivity in mind, targeting underserved populations and are developed in close collaboration with clinicians to ensure translational impact and improved health outcomes. On-going projects:

• 3D printed Prosthetics
• 3D Printed Dentures