Summary
This Faculty Early Career Development Program (CAREER) award supports fundamental research to establish an innovative multiphysics-assisted 3D printing technology for high-precision, stable fabrication of functional microstructures both on Earth and in space. As space exploration expands, there is an increasing need for reliable in-space manufacturing technologies capable of producing high-performance microstructures under reduced or altered gravity conditions. However, achieving high-precision, stable, and continuous 3D printing across a broad range of ink properties, particularly for high-vi
