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Ph.D. in Computer Science

George Mason University

• Advisor: Prof. Yotam Gingold

M.S. in Computer Science

Washington University in St. Louis

• GPA: 3.9/4
• - Geometric Computing for Biomedicine
  - Computational Geometry
  - Data Mining
  - Artificial Intelligence
  - Algorithms for Nonlinear Optimization
  - Rapid Prototype Development and Creative Programming
  - Mobile Application Development
  

B.S. in Information and Computing Science

Shanghai Ocean University, Shanghai, China

• GPA: 3.9/4
• - Advanced Algebra
  - Mathematical Analysis
  - Data Structure and Algorithm
  

Research Assistant

George Mason University

Teaching Assistant

George Mason University

• Course
  • CS262 Introduction to Low-Level Programming
  • CS471 Operating Systems

Software Engineer, Algorithm development and application

NIO, Inc.

• Contents
  • Map Data Auto-Generation: Analyzed and implemented algorithms from academic papers to compute map data matching relationships, ensuring adherence to industrial standards. Utilized matching relationships between data sources to merge disparate datasets, streamlining HD map auto-generation processes.
  • Intersection Range Identification: Designed and developed algorithms for the automatic detection of intersection ranges, significantly reducing short link issues, redundancy, and road disconnections.
  • Promoted within one year.
• Involved
  • C++, Linux, Autonomous Driving, HD map

Software Engineer, Geometry and Graphics

International Digital Economy Academy

• Contents
  • Implemented a skeletonization algorithm for automatic generation of roofs.
  • Developed infrastructure libraries: curve and surface discretization, bounding box computation, quartic equation solver, and Quadtree implementation.
  • Enhanced the loop search algorithm with caching and Quadtree integration, gaining over 100× speedup, and rewrote the “loop to face” algorithm for a 1000× performance boost.
  • Designed and implemented efficient analytic intersection algorithms for a line with a cylinder, a cone, and a torus, ensuring high-speed computation with distance tolerance considerations.
  • Implemented a general geometric intersection algorithm to solve complex curve and surface intersection problems, whose precision surpasses industry standards like Parasolid even in extreme scenarios.
• Involved
  • CAD, C++

Teaching Assistant

Washington University in St. Louis

• Course
  • CSE 332/504N Object-Oriented Software Development Laboratory

Software Engineering Intern

Elekta, Inc.

• Contents
  • Worked on an agent software for radiation therapy, which is used to manage DICOM files.
  • Implemented JavaScript to grant the software the ability to visualize DICOM files, to parse DICOM files, to recursively index attributes, to query DICOM files, and to upload and to download files.
  • Configured a database and a blob storage for users to put and fetch data. Optimized the interaction experience of the UI. Implemented RESTful API according to the design documentation.
• Involved
  • JavaScript, Node.js, Azure blob storage, PostgreSQL, Docker

• Contemporary Undergraduate Mathematical Contest in Modeling - National 2nd prize

• The People’s Scholarship in China - The 1st Prize