
Over six months, contributed to AMD-AGI/Primus by building and optimizing core infrastructure for large-scale machine learning workflows. Developed automated benchmarking pipelines and integrated support for frameworks like Megatron, Torch, and JAX, using Python and YAML to streamline CI/CD and configuration management. Enhanced distributed training with multinode benchmarking wrappers and introduced Triton-based permutation kernels to accelerate transformer model operations. Led packaging improvements with wheel-based distribution and unified logging for better observability. Migrated MLPerf GPT-OSS-20B pretraining into Primus, enabling native execution and performance optimizations. The work emphasized reliability, reproducibility, and efficient scaling across backend, infrastructure, and deep learning components.
July 2026 monthly summary for AMD-AGI/Primus focused on delivering a native, scalable GPT-OSS-20B pretraining flow within Primus, with substantial performance and observability improvements aimed at enabling reproducible MLPerf-ready training and broader enterprise adoption.
July 2026 monthly summary for AMD-AGI/Primus focused on delivering a native, scalable GPT-OSS-20B pretraining flow within Primus, with substantial performance and observability improvements aimed at enabling reproducible MLPerf-ready training and broader enterprise adoption.
June 2026 — Focused on delivering robust distribution for Primus, extensible install options via extras, and unified logging to improve observability and developer experience. Key outcomes include wheel-based packaging with bundled primus-cli, additional pip extras for third_party modules with pinned commits, automated release workflow and GitHub Pages-based pip index, and level-aware logging across runner and hooks. Addressed noisy logs and dashboard timing to ensure CI feedback is accurate and timely, with traceability to commit references for accountability and reproducibility.
June 2026 — Focused on delivering robust distribution for Primus, extensible install options via extras, and unified logging to improve observability and developer experience. Key outcomes include wheel-based packaging with bundled primus-cli, additional pip extras for third_party modules with pinned commits, automated release workflow and GitHub Pages-based pip index, and level-aware logging across runner and hooks. Addressed noisy logs and dashboard timing to ensure CI feedback is accurate and timely, with traceability to commit references for accountability and reproducibility.
May 2026 monthly summary for AMD-AGI/Primus: Key feature delivered: Efficient permutation kernels for transformer engine. The new Triton kernels optimize permutation operations essential for token routing and expert selection in transformer-based models, reducing overhead and unlocking higher throughput in large-scale inference and training workflows. The work was implemented and integrated with a focused effort on reliability and performance validation within the Primus pipeline.
May 2026 monthly summary for AMD-AGI/Primus: Key feature delivered: Efficient permutation kernels for transformer engine. The new Triton kernels optimize permutation operations essential for token routing and expert selection in transformer-based models, reducing overhead and unlocking higher throughput in large-scale inference and training workflows. The work was implemented and integrated with a focused effort on reliability and performance validation within the Primus pipeline.
March 2026 performance recap for AMD-AGI/Primus: Delivered core workflow and profiling enhancements for Megatron; Enabled automatic muon optimizer dispatch and unified profiler args; Introduced SaFE multinode benchmarking wrapper; Enhanced CLI error reporting; Brought a core_v0.16.0 update. These work items strengthen deployment readiness, performance visibility, and distributed training capabilities across Primus.
March 2026 performance recap for AMD-AGI/Primus: Delivered core workflow and profiling enhancements for Megatron; Enabled automatic muon optimizer dispatch and unified profiler args; Introduced SaFE multinode benchmarking wrapper; Enhanced CLI error reporting; Brought a core_v0.16.0 update. These work items strengthen deployment readiness, performance visibility, and distributed training capabilities across Primus.
February 2026 — AMD-AGI/Primus: Delivered Benchmarking Pipeline Enhancements with Torch/JAX Support. Split the Torch benchmarking workload to prevent timeouts and added JAX support to broaden coverage, enabling more reliable and precise performance metrics extraction. This change reduces CI timeouts, enables more parallel benchmarking across frameworks, and improves measurement data quality for faster, data‑driven optimization.
February 2026 — AMD-AGI/Primus: Delivered Benchmarking Pipeline Enhancements with Torch/JAX Support. Split the Torch benchmarking workload to prevent timeouts and added JAX support to broaden coverage, enabling more reliable and precise performance metrics extraction. This change reduces CI timeouts, enables more parallel benchmarking across frameworks, and improves measurement data quality for faster, data‑driven optimization.
January 2026 monthly summary for AMD-AGI/Primus: Delivered Benchmarking Automation and Configuration Enhancements, enabling daily automated performance testing across models, expanding training configurations for Megatron and TorchTitan, and updating CI to support new models and features. This work increased benchmarking coverage, reduced evaluation time, and improved CI reliability.
January 2026 monthly summary for AMD-AGI/Primus: Delivered Benchmarking Automation and Configuration Enhancements, enabling daily automated performance testing across models, expanding training configurations for Megatron and TorchTitan, and updating CI to support new models and features. This work increased benchmarking coverage, reduced evaluation time, and improved CI reliability.

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