Fault-tolerant Quantum Computing
Optimization
Computer ArchitectureI’ll be a research assistant in Math department and working with Dr. Yu-Chen Shu
My paper ’’Multi-subpopulation parallel computing genetic algorithm for the semiconductor packaging scheduling problem with auxiliary resource constraints’’ is published on Applied Soft Computing journal
I am discharged from my mandatory military service. FINALLY!!!
I’ll be joining Texas A&M University and working with Dr. Andreas Klappenecker to do my master’s degree
I received Computer Science Fellowship at Texas A&M University!
I passed my thesis defense: Quantum Data-syndrome Codes Toward Measurement-free Fault Tolerance
I’ll be joining the University of Wisconsin-Madison in fall 2025 to pursue Ph.D. degree.
In my spare time, I enjoy jogging, swimming, hiking and camping, and photography. So far, I have completed three half marathons, with a personal best of 1:42 and one full marathon in 4:43. I also love playing the saxophone in a wind symphony and enjoy classical music—Chopin’s ballades are among my favorite pieces!
I am a Master’s student in the Department of Computer Science at Texas A&M University, where I am very fortunate to be advised by Dr. Andreas Klappenecker on quantum algorithms and fault-tolerant quantum computing. My research works on the optimization problems in fault-tolerant quantum computing, with a primary focus on protocol design and optimization. Before joining Texas A&M University, I finished my undergraduate study in Computer Science and Information Engineering at National Cheng Kung University in Taiwan, where I worked with Dr. Hung-Kai Wang, Dr. Yu-Chen Shu, and Dr. Matthew Lin on solving the real-world optimization problems.