Research

Bio-inspired manufacturing merges the brilliance of nature with the precision of technology to produce innovative materials. However, replicating complex and intricate biological structures is still challenging. How to utilize additive manufacturing technology to produce higher structural complexity and functionality accurately?

Read the project details to learn more.

Imagine a device that can accomplish multiple tasks in an autonomous manner thanks to its diverse and tunable properties, including hydrodynamic, electronic, thermal, and optic. But can we produce such a multifunctional device using a single manufacturing process in a sustainable and eco-friendly manner? 

Read the project details to learn more.

3D bioprinting holds immense promise to revolutionize biomedical industry by enabling the creation of personalized implants,  eliminating the reliance on animal testing and reducing the risk of transplant rejection. However, more input is still needed to develop biocompatible materials and optimize the printing process to enable superb functionality. 

Read the project details  to learn more.

Technology that can enable the rapid fabrication of intricate and massive structures has a potential to revolutionize various industries. However, the trade-off between printing speed and print quality remains a key challenge in additive manufacturing field. How eliminate this tradeoff and enhance production efficiency? 

Read the project details  to learn more.