
Developed and delivered a handwritten text recognition feature for the DS4SD/docling-core repository, enabling automated extraction of handwritten content from documents. The work involved integrating HANDWRITTEN_TEXT label support into core modules such as tokens.py and DEFAULT_EXPORT_LABELS, along with establishing a complete end-to-end recognition flow. Comprehensive integration tests were implemented in Python to ensure reliability and correctness, with collaborative development and DCO-compliant commits. This feature streamlines data capture from handwritten sources, reducing manual transcription effort and supporting downstream analytics. The project demonstrated full stack development and testing skills, with a focus on automation, cross-team collaboration, and robust code integration.
Delivered Handwritten Text Recognition (HANDWRITTEN_TEXT) in DS4SD/docling-core for 2026-03: added label support, tokens mapping, and export labels; end-to-end integration tests added; feature delivered with collaborative commits and DCO sign-offs. Impact: enables automated extraction from handwritten documents, improving data capture, reducing manual transcription costs, and strengthening competitive positioning. Technologies: Python, tokens.py, document.py, test development, integration testing, DCO compliance, cross-team collaboration.
Delivered Handwritten Text Recognition (HANDWRITTEN_TEXT) in DS4SD/docling-core for 2026-03: added label support, tokens mapping, and export labels; end-to-end integration tests added; feature delivered with collaborative commits and DCO sign-offs. Impact: enables automated extraction from handwritten documents, improving data capture, reducing manual transcription costs, and strengthening competitive positioning. Technologies: Python, tokens.py, document.py, test development, integration testing, DCO compliance, cross-team collaboration.

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