Ching-Kai Chou Email & Phone Number

As a dedicated Software Engineer, Developer, and Researcher specializing in Computational Physics and Mechanics, I bring a wealth of experience and a strong academic background to my work. I am passionate about advancing technology and solving complex problems through innovative solutions.Professional Experience:My professional journey began as a Ph.D. student at National Taiwan University, specializing in Civil Engineering with a focus on Computational Fluid Dynamics. During this time, I was awarded a scholarship to serve as a Visiting Scholar at The University of Texas at Austin, where I conducted cutting-edge research at the Institute for Computational Engineering and Sciences (ICES) under Professor Thomas J.R. Hughes.Currently, I hold leadership roles at Special Enterprise Ltd. 思倍秀有限公司 and Bonus Enterprise Co. Ltd. 柏納思股份有限公司, contributing to strategic decision-making and company growth. My role at Moldex3D (CoreTech System Co., Ltd.) has further deepened my expertise in Computational Mechanics (CM), Computational Fluid Dynamics (CFD), High-Performance Computing (HPC), and Computational Materials Science, focusing on polymer flow simulation and advanced semiconductor packaging simulation.Research and Innovations:I have made significant contributions to computational mechanics and fluid dynamics through patents and publications. My patented method of mesh generation for resin transfer molding processes (US20230058453A1) introduces an advanced approach to creating solid meshes that integrate different grid dimensions, improving simulation accuracy and efficiency. Additionally, my patent on measuring voids in underfill packages (US11521903B1) provides a novel technique for identifying and simulating high-risk void regions, enhancing the reliability of underfill materials.My research publications demonstrate my commitment to solving complex engineering problems through innovative methods. I developed a meshless approximation finite volume method for handling convection-dominated problems on unstructured and deformed meshes. Combining the method of characteristics with the meshless localized radial basis function collocation method, I provided a robust solution for simulating shallow water equations, ensuring stability and accuracy even in challenging conditions. Additionally, my work on the method of fundamental solutions for 3D exterior potential flows offers a meshless approach to solving unbounded domain problems, simplifying computational procedures and reducing resource requirements.

Listed skills include Research, Cae, Matlab, Simulations, and 21 others.