
Sanket Raskar developed and maintained multi-hardware AI testbed infrastructure and user-facing documentation for the argonne-lcf/ALCF_Hands_on_HPC_Workshop and argonne-lcf/user-guides repositories. He delivered end-to-end deployment guides and setup scripts for large language model inference using vLLM and Ray on the Aurora HPC cluster, addressing reproducibility and onboarding challenges. His work included C++ and Python scripting for hardware-specific examples on Cerebras and Graphcore, as well as shell scripting for environment management. By integrating detailed technical documentation with DevOps practices, Sanket improved the reliability of appliance-mode workflows and streamlined the onboarding process for researchers working with distributed AI/ML systems.

April 2025: Focused on improving developer onboarding and documentation for deploying large language models with Ray and vLLM in the argonne-lcf/user-guides repository. Delivered clarified setup and launch steps, aligned the setup script path with actual tooling, and resolved minor setup/launch issues to streamline user deployments.
April 2025: Focused on improving developer onboarding and documentation for deploying large language models with Ray and vLLM in the argonne-lcf/user-guides repository. Delivered clarified setup and launch steps, aligned the setup script path with actual tooling, and resolved minor setup/launch issues to streamline user deployments.
February 2025 monthly summary for argonne-lcf/user-guides: Delivered and documented end-to-end HPC deployment for large-scale inference with vLLM on Aurora, fixed reliability issues in appliance-mode workflows, and strengthened documentation to improve onboarding and reproducibility across the repo.
February 2025 monthly summary for argonne-lcf/user-guides: Delivered and documented end-to-end HPC deployment for large-scale inference with vLLM on Aurora, fixed reliability issues in appliance-mode workflows, and strengthened documentation to improve onboarding and reproducibility across the repo.
Month: 2025-01. Highlights: Delivered comprehensive user-facing documentation for Cerebras CSL setup and vLLM inference in the argonne-lcf/user-guides repository. The guides cover simulator and appliance modes, SDK, and Debug GUI, as well as vLLM inference on Aurora (installation, model inferencing, and environment variable configurations). Both guides were integrated into the existing MkDocs structure, enabling streamlined publishing and onboarding. No major defects were reported in this repository this month.
Month: 2025-01. Highlights: Delivered comprehensive user-facing documentation for Cerebras CSL setup and vLLM inference in the argonne-lcf/user-guides repository. The guides cover simulator and appliance modes, SDK, and Debug GUI, as well as vLLM inference on Aurora (installation, model inferencing, and environment variable configurations). Both guides were integrated into the existing MkDocs structure, enabling streamlined publishing and onboarding. No major defects were reported in this repository this month.
Monthly summary for 2024-11 highlighting delivery in the Argonne LCF Hands-on HPC Workshop repository. Focused on improving workshop setup reliability and reproducibility through clarified Conda environment guidance for vLLM sessions, contributing to smoother onboarding and reduced setup-related questions. The update aligns with broader goals of streamlined instructional materials and stronger developer experience.
Monthly summary for 2024-11 highlighting delivery in the Argonne LCF Hands-on HPC Workshop repository. Focused on improving workshop setup reliability and reproducibility through clarified Conda environment guidance for vLLM sessions, contributing to smoother onboarding and reduced setup-related questions. The update aligns with broader goals of streamlined instructional materials and stronger developer experience.
October 2024 monthly summary: Delivered a multi-hardware AI testbed stack for the ALCF Hands-on HPC Workshop, enabling hands-on experimentation across Cerebras, Graphcore, Groq, and Sambanova backends. Implemented LLM inference optimizations using Huggingface/vLLM and refreshed workshop materials to improve onboarding and collaboration. The work reduces setup time, accelerates prototyping, and strengthens technology readiness for participants and future programs.
October 2024 monthly summary: Delivered a multi-hardware AI testbed stack for the ALCF Hands-on HPC Workshop, enabling hands-on experimentation across Cerebras, Graphcore, Groq, and Sambanova backends. Implemented LLM inference optimizations using Huggingface/vLLM and refreshed workshop materials to improve onboarding and collaboration. The work reduces setup time, accelerates prototyping, and strengthens technology readiness for participants and future programs.
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