
Worked on the PaddlePaddle/PaddleCFD repository to deliver new deep learning features and streamline code maintenance. Developed the Transolver model, a transformer-based PDE solver with Physics-Informed Attention and an MLP block, enabling reproducible results for general geometries. Enhanced the ShapeNetCar aerodynamic simulation pipeline by integrating Hydra-based configuration management and refactoring data preprocessing and training scripts for clarity and maintainability. Removed deprecated modules, renamed directories, and eliminated legacy scripts to reduce technical debt and improve repository health. Leveraged Python and YAML for configuration and model training, focusing on scientific computing, code cleanup, and robust configuration management throughout the development process.
July 2025 monthly summary for PaddlePaddle/PaddleCFD: Focused on enabling reproducible ShapeNetCar experiments with Hydra and cleaning the ShapeNetCar example codebase to improve clarity and maintainability. Implemented a new training configuration and Hydra integration for the Transolver model, and completed extensive code cleanup including renaming directories and removing legacy scripts, reducing technical debt and setup friction.
July 2025 monthly summary for PaddlePaddle/PaddleCFD: Focused on enabling reproducible ShapeNetCar experiments with Hydra and cleaning the ShapeNetCar example codebase to improve clarity and maintainability. Implemented a new training configuration and Hydra integration for the Transolver model, and completed extensive code cleanup including renaming directories and removing legacy scripts, reducing technical debt and setup friction.
May 2025 monthly summary for PaddlePaddle/PaddleCFD focusing on delivering high-impact features and reducing technical debt. Key feature delivered: Transolver PDE Solver (Transformer-based PDE solver for general geometries) enabling reproduction of results from a referenced research paper, with Physics-Informed Attention and an MLP block. Major maintenance: removal of deprecated pptransformer submodule to streamline maintenance and reduce complexity. These efforts improve PDE solving capabilities for general geometries, reinforce reproducibility, and lower long-term maintenance costs.
May 2025 monthly summary for PaddlePaddle/PaddleCFD focusing on delivering high-impact features and reducing technical debt. Key feature delivered: Transolver PDE Solver (Transformer-based PDE solver for general geometries) enabling reproduction of results from a referenced research paper, with Physics-Informed Attention and an MLP block. Major maintenance: removal of deprecated pptransformer submodule to streamline maintenance and reduce complexity. These efforts improve PDE solving capabilities for general geometries, reinforce reproducibility, and lower long-term maintenance costs.

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