3D Structural Printing with a Five-axis Motion-controlled Printing system

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The goal of this proposal is to obtain funding to acquire a 3D topological structural printing system using 5-axis motion-controlled module which is unique and novel printing method for 3D embedded electronic applications. In order to establish an additive conductive manufacturing facility at Simon Fraser University (SFU), the 3D integration of functional materials is essential for the applications including 3D printed sensing robotics, 3D printed renewable energy storage devices, and 3D integrated sensor systems. The requested 5--axis motion- controlled 3D printing system can be applied to versatile additive manufacturing of mechatronic applications through CAD/CAM package that seamlessly interacts with the print platform to enable the printing of highly complex 3D circuits. This equipment will be used by Dr. Woo Soo Kim' research program, which is dedicated to “3D integration of multi--material for 3D printed structural electronics”. Also, this will be jointly utilized by the collaborators in SFU for the majority of the proposed research. At a reasonable cost, this facility provides the means for experimental research on 3D integration of combined multiple printing technology for 3D unique form factor systems. ***It is expected that through the equipment, there is potential for a significant positive societal impact resulting from a diverse HQP body. Over the past nine years, the applicant has trained 72 undergraduate Co-op students and international interns from China, South Korea, and India including about 20% female students and researchers on average. The candidate has developed tried-and-tested practices for creating an equitable and inclusive environment where diverse teams flourish. The applicant will build on this expertise and ensure that diversity and equity are highlighted in all research and professional training through this novel 3D printing system.