Wei Yang is a Senior Research Scientist at NVIDIA Robotics Research Lab with 12 years of experience building and deploying deep learning systems for perception and robotics. He earned a Ph.D. in Electronic Engineering from The Chinese University of Hong Kong and spent a visiting scholar year at CMU working on visual navigation with leading researchers like Abhinav Gupta. His work spans model development and engineering—contributing substantial PyTorch implementations for classification and 2D human pose estimation, including adding modern architectures like pre-activated ResNet, WRN, DenseNet and ResNeXt. Based in Seattle, he blends research rigor with production-minded coding, often improving dataset support, data pipelines, and reproducibility in open-source toolkits. Notably, his contributions show a pattern of both advancing model capabilities and pragmatic engineering fixes that speed evaluation and integration.
12 years of coding experience
4 years of employment as a software developer
Bachelor of Software Engineering, Computer Software Engineering, Bachelor of Software Engineering, Computer Software Engineering at Sun Yat-Sen University
Contributions:77 commits, 8 PRs, 50 pushes in 4 years 8 months
Contributions summary:Wei primarily contributed to the development of a PyTorch-based toolkit for 2D Human Pose Estimation. Their work includes implementing affine transformations, organizing code structure, and fixing bugs within the model and data loading components. The user also focused on saving predictions for evaluation, supporting different label map distributions and added new model. These changes improved the efficiency and functionality of the pose estimation pipeline.
Contributions:45 commits, 3 PRs, 11 pushes in 1 year 8 months
Contributions summary:Wei primarily contributed to the development of classification models using PyTorch. Their work involved the implementation of various neural network architectures, including Inception v3, and integration of a new CIFAR-100 dataset. Further, they were responsible for fixing bugs, improving code readability with "prettier print", and enhancing the model's capabilities. They also added pre-activated resnet, wide resnet (wrn), densenet and resnext support.
pytorchimagenetmobilenetpythonresnet
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