
Worked on the caugonnet/cccl repository, focusing on enhancing the STF module by addressing a bug in the 3-depth execution policy’s size calculation. Corrected the level index used for determining l2_size, which improved the accuracy of resource planning and reduced the risk of runtime errors in CUDA kernel execution. Developed and integrated a regression test to validate kernel configuration across multi-level specifications, ensuring ongoing robustness of the module. Utilized C++ and CUDA programming skills, along with software development and testing expertise, to deliver targeted improvements that strengthened the reliability and maintainability of the codebase during the development period.
In October 2025, delivered a targeted fix in the STF module of the caugonnet/cccl repository to correct the level index used for l2_size in the 3-depth execution policy. This fix was accompanied by a regression test verifying CUDA kernel configuration across multi-level specifications, significantly improving STF module robustness. The changes reduce the risk of incorrect sizing, improve resource planning accuracy, and prevent related runtime errors in production.
In October 2025, delivered a targeted fix in the STF module of the caugonnet/cccl repository to correct the level index used for l2_size in the 3-depth execution policy. This fix was accompanied by a regression test verifying CUDA kernel configuration across multi-level specifications, significantly improving STF module robustness. The changes reduce the risk of incorrect sizing, improve resource planning accuracy, and prevent related runtime errors in production.

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