
Developed and delivered advanced training recipes for large language models in the AI-Hypercomputer/tpu-recipes repository, focusing on Llama 3.1 and Gemma3-12B models. Leveraged deep learning, cloud computing, and TPU training expertise to create reproducible pipelines and multi-slice configurations for v6e TPU clusters. Authored and updated shell scripts and Markdown documentation to streamline onboarding and enable scalable, end-to-end training workflows. The work included detailed setup instructions and per-configuration scripts, reducing setup time and improving experimentation throughput. Emphasized maintainability and reproducibility, ensuring that users could efficiently train and experiment with large models across various TPU hardware configurations.
October 2025 monthly summary for AI-Hypercomputer/tpu-recipes. Delivered targeted feature: Gemma3-12B Training Recipes and Multi-Slice TPU Configuration for v6e TPU instances, with setup instructions, shell scripts for 1/2/4 slices, READMEs, and per-configuration scripts. All changes committed in 6472c996cad7ef60454df09e97e9f032cecba065 with message 'Add recipes for Gemma3-12B on v6e'. Major bugs fixed: none reported. Overall impact: enables reproducible Gemma3-12B training at scale on TPU clusters, reducing onboarding and setup time, improving experimentation throughput and cost efficiency. Technologies/skills demonstrated: TPU v6e, multi-slice training, shell scripting, repository documentation, and Git-based change management.
October 2025 monthly summary for AI-Hypercomputer/tpu-recipes. Delivered targeted feature: Gemma3-12B Training Recipes and Multi-Slice TPU Configuration for v6e TPU instances, with setup instructions, shell scripts for 1/2/4 slices, READMEs, and per-configuration scripts. All changes committed in 6472c996cad7ef60454df09e97e9f032cecba065 with message 'Add recipes for Gemma3-12B on v6e'. Major bugs fixed: none reported. Overall impact: enables reproducible Gemma3-12B training at scale on TPU clusters, reducing onboarding and setup time, improving experimentation throughput and cost efficiency. Technologies/skills demonstrated: TPU v6e, multi-slice training, shell scripting, repository documentation, and Git-based change management.
In 2025-07, delivered core capability to train Llama 3.1 models on TPU clusters by adding new training recipes for 8B/27B configurations across small v6e TPU clusters. Updated README and shell scripts to reflect latest dependencies, model configurations, and end-to-end training steps, enabling reproducible and scalable training pipelines on targeted TPU hardware. This work improves onboarding, accelerates experiments, and provides a solid foundation for production-ready Llama 3.1 training workflows.
In 2025-07, delivered core capability to train Llama 3.1 models on TPU clusters by adding new training recipes for 8B/27B configurations across small v6e TPU clusters. Updated README and shell scripts to reflect latest dependencies, model configurations, and end-to-end training steps, enabling reproducible and scalable training pipelines on targeted TPU hardware. This work improves onboarding, accelerates experiments, and provides a solid foundation for production-ready Llama 3.1 training workflows.

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