West Lafayette, Indiana, United States
- Co-authored paper "chipStar: Making HIP/CUDA applications cross-vendor portable by building on open standards" (https://journals.sagepub.com/doi/10.1177/10943420261423001) - Stress-testing, fixing, and reporting functionality bugs in chipStar, a compiler and runtime infrastructure enabling HIP and CUDA to run on Intel hardware (Aurora supercomputer at Argonne Leadership Computing Facility (ALCF)) - Improved chipStar's compilation, running, and passing rates by around 9% respectively through bug fixing and runtime improvements - Automating benchmarking processes
- Testing chipStar (a compiler and runtime infrastructure developed for Aurora supercomputer at Argonne), and reporting compiler's functionality bugs - Conducting benchmarking and performance comparison between HIP with chipStar and SYCL with Intel oneAPI on Intel and AMD GPUs - Automating benchmarking processes - Ran an application with 100 nodes (400 GPUs) on Polaris Supercomputer
Worked on Java programming projects and app/web development with React, CSS, JavaScript, and Android studio tools. Applied software development frameworks such as Agile and Scrum.