
Aryan Khurana developed an end-to-end PIQA Evaluation Pipeline for Causal Language Models in the ManifoldRG/MultiNet repository, focusing on automating model evaluation and reporting. Using Python and leveraging skills in data processing and natural language processing, Aryan designed a custom dataset loader, a metrics calculator for multiple-choice questions, and a main script to run inference and generate evaluation reports. The work included refactoring data loading and response parsing to improve robustness and maintainability. By updating dependencies and repository structure, Aryan reduced setup friction and enabled reproducible experiments, establishing a solid foundation for scalable model benchmarking and streamlined evaluation workflows.

September 2025 (ManifoldRG/MultiNet) delivered an end-to-end PIQA Evaluation Pipeline for Causal Language Models, enabling automated evaluation, reporting, and reproducibility. Key deliverables include a complete evaluation workflow: a custom dataset loader, a metrics calculator for multiple-choice questions, and a main script to run inference and generate evaluation reports. The work also included updates to .gitignore and dependencies to support the pipeline, as well as refactor enhancements to improve data loading, metrics computation, and response parsing for a more robust evaluation workflow. These efforts reduce manual effort, accelerate model benchmarking, and establish a solid foundation for scalable experimentation.
September 2025 (ManifoldRG/MultiNet) delivered an end-to-end PIQA Evaluation Pipeline for Causal Language Models, enabling automated evaluation, reporting, and reproducibility. Key deliverables include a complete evaluation workflow: a custom dataset loader, a metrics calculator for multiple-choice questions, and a main script to run inference and generate evaluation reports. The work also included updates to .gitignore and dependencies to support the pipeline, as well as refactor enhancements to improve data loading, metrics computation, and response parsing for a more robust evaluation workflow. These efforts reduce manual effort, accelerate model benchmarking, and establish a solid foundation for scalable experimentation.
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