Turning research into production-ready ML systems. I'm an AI engineer who codes at the intersection of deep learning research and production engineering.
- π Contributing to Hugging Face β datasets & dataset-viewer libraries (7 merged PRs)
- π§ Research β Published paper on Retrieval-Augmented Systems with Dynamic Learning
- π οΈ Building β Production ML pipelines with real-time inference and GPU optimization
- π Learning β Parameter-efficient methods, vision-language models, cloud-native deployments
Active contributor to Hugging Face focusing on datasets infrastructure, compatibility fixes, and developer experience
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#7831 β’ Fix ValueError in train_test_split with NumPy 2.0+ Resolved compatibility issue with NumPy 2.0+ by wrapping stratify column array access with
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#7648 β’ Fix misleading docstring examples across multiple methods Updated docstrings for
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#7623 β’ Fix: Raise error when data_dir and data_files are missing Added validation check in FolderBasedBuilder to prevent silent fallback to current directory when loading folder-based datasets without required parameters. Improves user experience by catching errors early.
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#3223 β’ Add support for Date features in Croissant schema Implemented support for Date, UTCDate, and UTCTime features in Croissant schema generation. Automatically infers correct dataType (sc:Date, sc:Time, or sc:DateTime) based on format string.
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#3219 β’ Refactor: Replace get_empty_str_list with CONSTANT.copy Eliminated shared mutable default values in dataclass fields by replacing helper functions with explicit constant copies. Makes configuration behavior more explicit and prevents subtle bugs.
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#3218 β’ Test: Add unit tests for get_previous_step_or_raise Implemented comprehensive unit tests for cache retrieval function covering successful cache hits, missing cache scenarios, and error status handling. Improves code coverage and reliability.
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#3206 β’ Refactor: Use HfApi.update_repo_settings for gated datasets Removed redundant custom implementations of
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Retrieval-Augmented System with Dynamic Learning from Web Content
Published research on RAG systems that dynamically learn from web content, combining retrieval mechanisms with adaptive learning strategies.

