Jiecao Yu is a Senior Staff Research Scientist at Meta with a decade of experience building high-performance AI infrastructure and co-designing software/hardware for large language model deployments. Based in Ann Arbor, he progressed through research roles at Facebook (now Meta) from intern to senior staff, blending systems engineering with ML research to optimize model inference and training stacks. His open-source contributions include work on FBGEMM—improving sparse matrix kernels and SparseAdagrad performance—and a PyTorch XNOR-Net implementation, reflecting deep expertise in numerical kernels and efficiency-focused model engineering. He holds advanced degrees in Computer Engineering from the University of Michigan and brings an uncommon combination of low-level optimization skills and production ML systems experience to scale LLM infra.
10 years of coding experience
6 years of employment as a software developer
Computer Engineering, Computer Engineering at University of Michigan - Rackham Graduate School
Chunhui Middle School
Advanced Honor Class of Engineering Education (ACEE) ACEE Minor Chu Kochen Honors College (CKC), Advanced Honor Class of Engineering Education (ACEE) ACEE Minor Chu Kochen Honors College (CKC) at Zhejiang University
Contributions:66 commits, 54 pushes, 1 branch in 1 year 6 months
Contributions summary:Jiecao primarily focused on implementing and modifying a PyTorch implementation of XNOR-Net, a binarized neural network. Their contributions include adding and modifying code related to the CIFAR-10 dataset, including data loading and model definition. They also fixed gradient-related issues and updated the model to be compatible with the new pytorch version.
Contributions:6 commits, 9 PRs, 2 comments in 2 years 6 months
Contributions summary:Jiecao contributed to the fbgemm repository by implementing and optimizing sparse matrix operations, specifically related to the SparseAdagrad algorithm. Their work involved adding interfaces, refactoring existing code, and improving the performance of kernel functions. They also participated in benchmark testing to assess and compare the speed of different implementations. These changes reflect a focus on enhancing the performance and functionality of core numerical algorithms within the library.
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Jiecao Yu - Senior Staff Research Scientist at Facebook