
In May 2025, Ryan Worley developed a modular PyTorch-based MNIST CNN model and surrogate training harness for the lanl/Yoke repository, focusing on experiment automation and maintainability. He modernized the MNIST study workflow to support automated hyperparameter-driven experiments using CSV configuration, and introduced robust argument parsing and data directory management. Ryan implemented multi-platform job submission via CLI, supporting SLURM, shell, and batch templates, and improved code quality through linting and refactoring. His work leveraged Python, Bash, and shell scripting, demonstrating depth in experiment management, high-performance computing, and code organization, resulting in a more flexible and maintainable research codebase.

May 2025 Monthly Summary for lanl/Yoke: Delivered a PyTorch-based MNIST CNN model with a modular surrogate training harness supporting argument parsing and data-dir configuration, modernized the MNIST study harness for automated experiments driven by a hyperparameter CSV, and added robust multi-submission type support (SLURM, shell, batch) with corresponding training templates. Implemented code quality improvements across the MNIST model and startup scripts to improve maintainability and readability.
May 2025 Monthly Summary for lanl/Yoke: Delivered a PyTorch-based MNIST CNN model with a modular surrogate training harness supporting argument parsing and data-dir configuration, modernized the MNIST study harness for automated experiments driven by a hyperparameter CSV, and added robust multi-submission type support (SLURM, shell, batch) with corresponding training templates. Implemented code quality improvements across the MNIST model and startup scripts to improve maintainability and readability.
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