
Hello, I’m Daniel.
Statistics Ph.D. student · Columbia University
I study the theory and practice of modern machine learning, especially the places where uncertainty, generalization, and high-dimensional statistics meet.
About
I'm a second-year Ph.D. student in Statistics at Columbia University. My research interests broadly span the theory and practice of modern machine learning, including uncertainty quantification, generalization in deep learning, and the statistical foundations of AI. I'm especially interested in how ideas from high-dimensional statistics can inform the design and understanding of scalable learning systems.
Previously, I studied Computer Science and Mathematics at UC Berkeley, where I worked with Professor Shankar Sastry on computer vision and robotics. We built a scalable system for reconstructing table-tennis matches from monocular video and used it to train an uncertainty-aware controller that anticipates opponent actions, improving responses to high-speed hits in simulation.
Outside of research, I enjoy traveling, running, and playing basketball.
Research
All research2025
LATTE-MV: Learning to Anticipate Table Tennis Hits from Monocular Videos
A scalable vision system for reconstructing table-tennis matches from monocular video and training an uncertainty-aware controller to anticipate an opponent's actions.
Writing
All postsTeaching
Courses I’ve TA’d forTheoretical Statistics I
Lecture notes covering sufficiency and completeness, unbiased estimation, decision theory, asymptotics, the Bernstein–von Mises theorem, and hypothesis testing.
Read the notes ↗