Analytics Libraries CUDA Software Engineer at NVIDIA
Atlanta, Georgia, United States
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Summary
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Kumar Aatish is an Analytics Libraries CUDA Software Engineer with 11 years of experience building high-performance parallel computing solutions for GPUs, including sustained contributions to the RAPIDS open-source ecosystem (cuDF and cuGraph). At NVIDIA he develops and tests GPU DataFrame and graph analytics features, notably implementing multi-left join behavior and refactoring core C++/CUDA graph structures to improve performance and correctness. His background spans DARPA- and DOE-funded projects delivering multi-GPU clustering, dynamic graph libraries (Hornet), and FFT/ptychography accelerations that achieved tens of times speedups over CPU baselines. Comfortable across CUDA, OpenCL, and CPU-parallel models like OpenMP and MPI, he combines deep systems-level optimization with hands-on test automation. Based in Atlanta, he pairs academic research experience from Georgia Tech and UC San Diego with production-grade engineering at ArrayFire and NVIDIA. Not obvious from titles: much of his impact comes from improving core data structures and tests that make GPU analytics libraries both faster and more reliable at scale.
11 years of coding experience
4 years of employment as a software developer
University of California San Diego
Bachelor of Engineering (B.E.), Bachelor of Engineering (B.E.) at Birla Institute of Technology and Science
Contributions:82 reviews, 227 commits, 46 PRs in 3 years
Contributions summary:Kumar's contributions focused on documentation and improvements of the cuGraph RAPIDS Graph Analytics Library, specifically the CPP code base related to the functions.h and core logic for the graph representations. They refactored, improved, and added functionality to manage the graph's data structures.
Contributions:80 reviews, 185 commits, 42 PRs in 2 years 10 months
Contributions summary:Kumar's contributions centered on developing and testing GPU DataFrame library functionality. They implemented and tested multi-left join features, focusing on code modifications in C++ (cuDF) and leveraging CUDA for GPU processing. Their work included adding and expanding tests to validate the correct functionality of these join operations, ensuring the library's performance and reliability.
cudadataframe-librarydata-analysiscppcudf
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Kumar Aatish - Analytics Libraries CUDA Software Engineer at NVIDIA