
Over four months, contributed to the UBS_M1_TEI repository by building TEI-compliant XML modules and digital editions for literary analysis in the digital humanities. Developed structured TEI XML files to encode plays and critical editions, including modernization notes and metadata enhancements for improved discoverability and preservation. Implemented XSLT-based pipelines to transform TEI XML into web-friendly HTML, enabling browser-based access and editor-ready workflows. Focused on configuration management, XML structuring, and TEI schema adherence to ensure maintainability and scalability. The work established reusable data pipelines and consistent bibliographic rendering, supporting both scholarly analysis and downstream UI integration without reported bug regressions.
December 2025: Delivered the TEI Bibliography to HTML Rendering feature in UBS_M1_TEI. Introduced a new XSLT stylesheet to transform TEI XML into HTML, focusing on bibliographic elements and remarks to enable HTML rendering of bibliographic data. This work establishes a foundation for consistent presentation and downstream UI consumption.
December 2025: Delivered the TEI Bibliography to HTML Rendering feature in UBS_M1_TEI. Introduced a new XSLT stylesheet to transform TEI XML into HTML, focusing on bibliographic elements and remarks to enable HTML rendering of bibliographic data. This work establishes a foundation for consistent presentation and downstream UI consumption.
Monthly performance summary for 2025-11 focused on delivering web-friendly TEI rendering and improved literary-text presentation in the UBS_M1_TEI project. The work emphasizes business value through improved accessibility, editor-ready content, and a reusable TEI-to-HTML pipeline.
Monthly performance summary for 2025-11 focused on delivering web-friendly TEI rendering and improved literary-text presentation in the UBS_M1_TEI project. The work emphasizes business value through improved accessibility, editor-ready content, and a reusable TEI-to-HTML pipeline.
In October 2025, delivered a TEI-encoded digital edition of 'Les Caractères de Théophraste' by La Bruyère in the UBS_M1_TEI repository. The feature encodes multiple editions, prefaces, table of contents, and chapters with remarks, augmented by modernization notes and improved source attribution based on the 1688 edition to enhance digitization quality, discoverability, and long-term preservation. Major bugs fixed: none reported this month; focus was on feature delivery and encoding quality improvements. Overall impact: enabled scalable digitization workflows, improved metadata quality, and stronger searchability for critical literary editions. Technologies/skills demonstrated: TEI/XML encoding, edition management, structured TEI headers, metadata attribution, and commit-based provenance.
In October 2025, delivered a TEI-encoded digital edition of 'Les Caractères de Théophraste' by La Bruyère in the UBS_M1_TEI repository. The feature encodes multiple editions, prefaces, table of contents, and chapters with remarks, augmented by modernization notes and improved source attribution based on the 1688 edition to enhance digitization quality, discoverability, and long-term preservation. Major bugs fixed: none reported this month; focus was on feature delivery and encoding quality improvements. Overall impact: enabled scalable digitization workflows, improved metadata quality, and stronger searchability for critical literary editions. Technologies/skills demonstrated: TEI/XML encoding, edition management, structured TEI headers, metadata attribution, and commit-based provenance.
Monthly summary for 2025-09: Delivered the TEI XML Play Encoding Module for UBS_M1_TEI, establishing TEI-compliant data structures to enable encoding plays and related data for digital humanities analysis. Implemented foundational files jouissance.xml (config/data structure) and théâtre.xml (TEI-encoded play with characters, settings, and dialogue). This work enables interoperable data pipelines, improved data quality, and prepares for scalable analytics.
Monthly summary for 2025-09: Delivered the TEI XML Play Encoding Module for UBS_M1_TEI, establishing TEI-compliant data structures to enable encoding plays and related data for digital humanities analysis. Implemented foundational files jouissance.xml (config/data structure) and théâtre.xml (TEI-encoded play with characters, settings, and dialogue). This work enables interoperable data pipelines, improved data quality, and prepares for scalable analytics.

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