(368q) Integrated Manufacturing for the Future

Past Research: Focused on the additive manufacturing of hybrid and polymer composite materials with nanoparticles, my research aimed to develop a novel 3D printing mechanism known as Multiphase Direct Ink Writing (MDIW) 3D printing. MDIW is an extrusion-based technique featuring a uniquely designed nozzle capable of handling two immiscible polymer or nanocomposite solutions. These solutions are alternately stitched together to produce layered composite structures. The research encompassed an in-depth study of process-structure-morphology-property relationships, highlighting the versatile material compatibility of the MDIW mechanism. Collaborations across various fields, including high-strength laminates, textile engineering, micro-electronics, functional materials, biomedical applications, and aviation, led to the acceptance of seven publications. These works showcase the unique capabilities and potential of the MDIW 3D printing process. I earned my PhD in Manufacturing Engineering from Arizona State University in May 2024.

Current Research: Currently, I am a postdoctoral scholar in the Mechanical Engineering Department at the University of California, Berkeley. My research focuses on developing advanced machine-learning models and implementing numerical tools to enhance the understanding and performance of bioinspired materials, cellular structures, and composites. This involves leveraging state-of-the-art 3D printing techniques to fabricate these materials and performing rigorous mechanical tests to evaluate their properties and potential applications. A significant aspect of my work includes exploring the viability of 3D bioprinting bio-polymers for medical applications. This involves developing biocompatible materials that can be precisely printed to create structures suitable for medical use, such as tissue scaffolds and implants. The goal is to contribute to the advancement of regenerative medicine and improve patient outcomes.

In addition to my research activities, I am actively involved in writing manuscripts for publication in peer-reviewed journals, presenting findings at national and international conferences, and preparing proposals for research funding. These activities help disseminate our research findings to the broader scientific community and secure the necessary support for ongoing and future projects.

Furthermore, my role includes mentoring undergraduate and graduate students, guiding them through their research projects, and helping them develop the skills necessary for successful careers in engineering and science. This mentorship is an essential component of my position, as it fosters the next generation of researchers and engineers.

Overall, my postdoctoral work at UC Berkeley is a blend of cutting-edge research, scholarly dissemination, and educational mentorship, all aimed at advancing the field of mechanical engineering and its applications in medicine and beyond.

Research Interests: Leveraging my expertise in additive manufacturing, mechanics, and materials, I would like to explore the integration of advanced manufacturing technologies through automation, digitalization, and data-driven decision-making to enhance productivity, efficiency, and sustainable practices vital to the evolution of modern manufacturing. The research will underscore the importance of continuous innovation and interdisciplinary collaboration to keep pace with the rapidly evolving market. By combining advanced manufacturing technologies with sustainable practices, my work aims to contribute to the development of a more efficient, productive, and environmentally responsible manufacturing industry.