Resume

• 2006

  Cantonese

  Mandarin Chinese

  English

  Ph.D.

  Researched on computational conformal and quasiconformal geometry and its aplication in medical imaging

  registration and computer graphics.

  Applied Math

• 2005

  Master of Philosophy

  Dissertation titled \"On the Epsilon-Discrete Holomorphic Deformations of Holomorphic Functions\".

  Mathematics

• 2002

  Bachelor of Science

  Minored in Information Technology and graduated with First Class Honor.

  Mathematics and Physics

• Numerical Analysis

  Pattern Recognition

  C++

  Haskell

  Mathematica

  Image Processing

  Programming

  Algorithmic Trading

  Algorithms

  Probability Theory

  Mathematical Modeling

  Python

  Scientific Computing

  Machine Learning

  Matlab

  Partial Differential Equations

  C#

  Optimization

  Applied Mathematics

  LaTeX

  Wong

  Ph.D.

  Tsz Wai (Alvin)

  Wong

  Ph.D.

  Hong Kong University of Science and Technology

  UCLA

  UC Irvine

  Irvine

  CA

  Researched on highly efficient algorithms for surface mapping which work on 3D triangular meshes directly without parametrization. Highly vectorized codes are written in Matlab and its MEX library interfacing C

  and then applied on intrinsic surface mappings and surface uniformization. Used Python to produced reusable and modular codes based on existing Matlab and C codes.

  Postdoctoral Scholar

  UC Irvine

  Taught Introduction to Programming

  Intermediate Programming

  Advanced Programming

  Data Structure and Algorithms

  Probability for Life Science Students

  Probability Theory and Optimization.

  UCLA

  Teaching Assistant

  Taught Introduction to Lie Groups

  and Linear and Abstract Algebra I & II.

  Hong Kong University of Science and Technology

  UCLA

  Designed algorithms using differential geometry to model shape changes in biological surfaces. This involves writing algorithms to compute geometrical quantities from 3D triangular meshes using Matlab. Registrations are computed to find the best correspondence between these surfaces minimizing distortions quantified by the Beltrami coefficients and differences in curvatures. Visualization is then produced by C++ with OpenGL for publication.

  Research Assistant

  Greater Los Angeles Area