My vision is to provide support for individuals and communities in advancing towards greater freedom by exploring fundamental questions.
I like to develop systematic methods for solving large-scale real-world problems of broad socio-economic impact.
Research Interests
My current research interest spans deep learning, combinatorial optimization, and autonomous systems.
I am particularly interested in building safe, efficient, and robust intelligent systems for mission-critical applications including autonomous driving, unmanned aircraft, cognitive robot fleet, and space robotics.
Honors and Awards
[Dec. 2023] I was nominated as an alternate candidate for a 2024 Fulbright U.S.-Korea Presidential
STEM Initiative Award for graduate studies.
[Mar. 2024] I have been upgraded to a principal candidate.
[Dec. 2021] NeurIPS 2021 Machine Learning for Combinatorial Optimization (ML4CO) competition:
I ranked first place on the student leaderboard,
second place on the global leaderboard at the primal task track.
Outperformed teams from Huawei, Alibaba, SAS, Megvii, Caltech, ETH Zurich, Peking, and Tsinghua University.
[link]