Over a 16-month period, Albert Urgellés led engineering efforts on the Giswater/giswater_qgis_plugin and Giswater/giswater_dbmodel repositories, delivering robust GIS and database features for water network modeling. He implemented dynamic QGIS project creation, advanced UI/UX workflows, and automated data integrity checks, using Python, SQL, and Qt. His work included backend refactoring, internationalization, and CI/CD automation, ensuring maintainable code and reliable releases. By enhancing database schemas, optimizing queries, and integrating EPA export capabilities, Albert improved data quality and user productivity. His technical depth is evident in the breadth of features, rigorous bug fixes, and thoughtful codebase organization across both repositories.
February 2026: Delivered a stable foundation across Giswater’s QGIS plugin and database model, strengthening data integrity, reporting capabilities, and user experience. Key outcomes include the 4.8.0 QGIS plugin release with maintenance updates; restoration of hydrometer data to ensure data availability; enhancement of EPA JSON exports with mapzone codes; comprehensive database schema and data model integrity improvements; and substantial UI/UX and backend performance upgrades for graph analytics.
February 2026: Delivered a stable foundation across Giswater’s QGIS plugin and database model, strengthening data integrity, reporting capabilities, and user experience. Key outcomes include the 4.8.0 QGIS plugin release with maintenance updates; restoration of hydrometer data to ensure data availability; enhancement of EPA JSON exports with mapzone codes; comprehensive database schema and data model integrity improvements; and substantial UI/UX and backend performance upgrades for graph analytics.
January 2026 performance highlights: Delivered EPA-ready export enhancements and GeoJSON-based refactors, stabilized the test suite, and strengthened profiling and data-visibility capabilities across Giswater modules. Key features delivered include: 1) Giswater_qgis_plugin File Transfer Button with EPA result families export, improved JSON parsing to export only the features array, age-based export with a default of 10, and updated SQL options; 2) EPA Export UI age label fix; 3) Refactor: add_layer_temp migrated to GeoJSON in tools_gw; 4) MinCut stability improvements including using a single DB cursor for all gw_fct_setmincut calls and logging the executed query; 5) EPA export integration in giswater_dbmodel with age-parameter support and function updates.
January 2026 performance highlights: Delivered EPA-ready export enhancements and GeoJSON-based refactors, stabilized the test suite, and strengthened profiling and data-visibility capabilities across Giswater modules. Key features delivered include: 1) Giswater_qgis_plugin File Transfer Button with EPA result families export, improved JSON parsing to export only the features array, age-based export with a default of 10, and updated SQL options; 2) EPA Export UI age label fix; 3) Refactor: add_layer_temp migrated to GeoJSON in tools_gw; 4) MinCut stability improvements including using a single DB cursor for all gw_fct_setmincut calls and logging the executed query; 5) EPA export integration in giswater_dbmodel with age-parameter support and function updates.
December 2025 monthly summary focusing on key accomplishments and business value across Giswater/giswater_qgis_plugin and Giswater/giswater_dbmodel. Highlights include delivered features that improve user productivity, data integrity fixes, performance optimizations, and CI/release readiness across both repositories.
December 2025 monthly summary focusing on key accomplishments and business value across Giswater/giswater_qgis_plugin and Giswater/giswater_dbmodel. Highlights include delivered features that improve user productivity, data integrity fixes, performance optimizations, and CI/release readiness across both repositories.
Month: 2025-11 — Delivered substantial data model enhancements, GIS layer improvements, and QGIS plugin refinements that elevate data quality, user productivity, and release reliability. Implemented schema changes for uncertainty, new date fields and defaults, enhanced layer querying with psector data, automated arc-related insertions, and solidified CI/CD and UI/UX across the GIS tools. These changes improve data integrity, reduce manual maintenance, and enable richer analytics and faster delivery of geospatial features.
Month: 2025-11 — Delivered substantial data model enhancements, GIS layer improvements, and QGIS plugin refinements that elevate data quality, user productivity, and release reliability. Implemented schema changes for uncertainty, new date fields and defaults, enhanced layer querying with psector data, automated arc-related insertions, and solidified CI/CD and UI/UX across the GIS tools. These changes improve data integrity, reduce manual maintenance, and enable richer analytics and faster delivery of geospatial features.
October 2025 — Giswater_qgis_plugin: Delivered localization, UI/UX, and reliability improvements that reduce user errors and strengthen maintainability. Key outcomes include Bulgarian translations and stable i18n data retrieval with ordered SQL, type-ahead-enabled translation dialogs, new valuerelation widget (including a filtered variant) with naming consistency fixes, and a constructor-based initialization refactor for translation constants. Implemented Go2EPA RPT path validation to prevent mis-imports, and fixed dialog/UX naming and feature-categorization retrieval issues. Broad linting and formatting cleanups enhanced code quality and future maintainability. These changes deliver measurable business value: improved localization coverage, enhanced user workflows in translation and data relationships, and reduced operational risk in EPA workflows.
October 2025 — Giswater_qgis_plugin: Delivered localization, UI/UX, and reliability improvements that reduce user errors and strengthen maintainability. Key outcomes include Bulgarian translations and stable i18n data retrieval with ordered SQL, type-ahead-enabled translation dialogs, new valuerelation widget (including a filtered variant) with naming consistency fixes, and a constructor-based initialization refactor for translation constants. Implemented Go2EPA RPT path validation to prevent mis-imports, and fixed dialog/UX naming and feature-categorization retrieval issues. Broad linting and formatting cleanups enhanced code quality and future maintainability. These changes deliver measurable business value: improved localization coverage, enhanced user workflows in translation and data relationships, and reduced operational risk in EPA workflows.
September 2025 (Giswater/giswater_qgis_plugin) focused on delivering robust data loading improvements, stabilizing UI behavior, and strengthening maintainability, translating to faster workflows and lower defect risk for enterprise use.
September 2025 (Giswater/giswater_qgis_plugin) focused on delivering robust data loading improvements, stabilizing UI behavior, and strengthening maintainability, translating to faster workflows and lower defect risk for enterprise use.
2025-08 Monthly summary for Giswater/giswater_qgis_plugin: Delivered UI/UX improvements, feature expansions, and robustness fixes across the plugin, with a focus on business value, data integrity, and user productivity. Key outcomes include streamlined project creation UX, automated handling of hidden nodes, new analysis context (dscenario) tab, and improved EPA results handling for non-corporate scenarios, along with targeted layer/rendering and form behavior refinements. Also reinforced code quality and maintainability through refactors and test hygiene.
2025-08 Monthly summary for Giswater/giswater_qgis_plugin: Delivered UI/UX improvements, feature expansions, and robustness fixes across the plugin, with a focus on business value, data integrity, and user productivity. Key outcomes include streamlined project creation UX, automated handling of hidden nodes, new analysis context (dscenario) tab, and improved EPA results handling for non-corporate scenarios, along with targeted layer/rendering and form behavior refinements. Also reinforced code quality and maintainability through refactors and test hygiene.
July 2025 performance summary for Giswater/giswater_qgis_plugin: Delivered notable UI and data workflow enhancements, comprehensive localization updates, and critical bug fixes, strengthening reliability, usability, and internationalization. Key features were implemented using PyQGIS, setfields-based data insertion, and robust upsert handling, with Go2 Iber data workflows extended to retrieve pgully layers and emit .dat files. UD project-type handling and network-mode logic were introduced to ensure correct behavior across tool openings and user actions. A critical admin-button project_type bug was fixed to guarantee correct file paths and schema creation. Business value: faster task execution, reduced user error, broader localization coverage, and easier maintenance across deployments.
July 2025 performance summary for Giswater/giswater_qgis_plugin: Delivered notable UI and data workflow enhancements, comprehensive localization updates, and critical bug fixes, strengthening reliability, usability, and internationalization. Key features were implemented using PyQGIS, setfields-based data insertion, and robust upsert handling, with Go2 Iber data workflows extended to retrieve pgully layers and emit .dat files. UD project-type handling and network-mode logic were introduced to ensure correct behavior across tool openings and user actions. A critical admin-button project_type bug was fixed to guarantee correct file paths and schema creation. Business value: faster task execution, reduced user error, broader localization coverage, and easier maintenance across deployments.
June 2025 — Giswater_qgis_plugin: Implemented dynamic QGIS project creation from database configurations, enabling project generation without predefined templates; delivered UX enhancements (default layer collapse, post-connection logs, and suppression of auto vacuum after schema creation); corrected a code typo and initialized json_result in GwConnectLink to improve reliability and future usage. These changes reduce manual templating, improve user feedback, and enhance maintainability.
June 2025 — Giswater_qgis_plugin: Implemented dynamic QGIS project creation from database configurations, enabling project generation without predefined templates; delivered UX enhancements (default layer collapse, post-connection logs, and suppression of auto vacuum after schema creation); corrected a code typo and initialized json_result in GwConnectLink to improve reliability and future usage. These changes reduce manual templating, improve user feedback, and enhance maintainability.
May 2025 monthly summary for Giswater/giswater_qgis_plugin focusing on delivering reliable data handling, clearer import semantics, and database performance enhancements. Three primary changes were completed across the Giswater QGIS plugin, with clear traceability to commits. The changes improve user control, data clarity, and system performance, contributing to lower support risk and faster, safer schema operations.
May 2025 monthly summary for Giswater/giswater_qgis_plugin focusing on delivering reliable data handling, clearer import semantics, and database performance enhancements. Three primary changes were completed across the Giswater QGIS plugin, with clear traceability to commits. The changes improve user control, data clarity, and system performance, contributing to lower support risk and faster, safer schema operations.
Concise monthly summary for Giswater/giswater_qgis_plugin in 2025-04: delivered core enhancements, fixed reliability issues in document management, standardized valve_type naming across EPANET import and calibration, and improved UI stability for dialogs and table handling, driving maintainability and user experience.
Concise monthly summary for Giswater/giswater_qgis_plugin in 2025-04: delivered core enhancements, fixed reliability issues in document management, standardized valve_type naming across EPANET import and calibration, and improved UI stability for dialogs and table handling, driving maintainability and user experience.
March 2025 monthly summary for Giswater/giswater_qgis_plugin focused on maintainability and consistency improvements rather than feature development. Executed a non-functional refactor to standardize internal role naming, establishing groundwork for future role-based access changes with minimal risk. No user-facing features were released this month; the work emphasizes code clarity and long-term developer productivity.
March 2025 monthly summary for Giswater/giswater_qgis_plugin focused on maintainability and consistency improvements rather than feature development. Executed a non-functional refactor to standardize internal role naming, establishing groundwork for future role-based access changes with minimal risk. No user-facing features were released this month; the work emphasizes code clarity and long-term developer productivity.
February 2025: Implemented key features in the Giswater QGIS plugin to enhance localization, zone visualization, and UI consistency. Delivered translations and multi-language support, expanded map zone types with templates, and refactored GwInfo widget population for cleaner layouts. No major bugs reported this month; changes focused on delivering business value and improving user experience.
February 2025: Implemented key features in the Giswater QGIS plugin to enhance localization, zone visualization, and UI consistency. Delivered translations and multi-language support, expanded map zone types with templates, and refactored GwInfo widget population for cleaner layouts. No major bugs reported this month; changes focused on delivering business value and improving user experience.
January 2025 performance highlights for Giswater/giswater_qgis_plugin. Delivered key UI enhancements and stability improvements across the plugin, enabling more efficient styling workflows, enhanced mapzone management, and consolidated info UI, while strengthening window/dialog behavior and signaling. These changes improve user productivity, reduce support overhead, and establish a maintainable foundation for future growth.
January 2025 performance highlights for Giswater/giswater_qgis_plugin. Delivered key UI enhancements and stability improvements across the plugin, enabling more efficient styling workflows, enhanced mapzone management, and consolidated info UI, while strengthening window/dialog behavior and signaling. These changes improve user productivity, reduce support overhead, and establish a maintainable foundation for future growth.
Month: 2024-12 — Giswater/giswater_qgis_plugin: Delivered major UI simplifications and internationalization improvements with an emphasis on cross-region usability and maintainability. The release focuses on expanding internationalization support, reducing UI complexity, and standardizing code conventions to accelerate future development. Key features delivered: - Style Manager Internationalization and Rename: enabled renaming of style groups in the style manager, added translations for category updates, and included runtime DLLs to support translations across environments. Commits: 26bb414d4e9098d36341b4315a1491af07801495; 1ed8e94fd0c57586020d45c28aa67f83c474fe15; faf93fed91466e4191d89d1155447b3320ff607c. - CAD Toolbar Removal: removed CAD-related functionality from core.toolbars to simplify the toolbar and remove a deprecated feature. Commit: df07b4f0c696d40b866a38f739bd5c36716b5733. - Toolbar Naming Convention Refactor: standardized toolbar file names by suffix from 'button' to 'btn' and updated imports for consistency across core/toolbars. Commit: f1dda8ae12f35c13e9b624581738a56d6dcf1661. Major bugs fixed: - Translations loading across diverse environments was stabilized via the added runtime DLLs, addressing issues observed on certain PCs. (Related to the Style Manager Internationalization work; commits above.) Overall impact and accomplishments: - Reduced UI complexity and maintenance burden by removing deprecated CAD toolbar features and enforcing consistent naming, improving onboarding and long-term maintainability. - Strengthened internationalization readiness, enabling smoother multi-language workflows for end users and easier deployment across environments. Technologies/skills demonstrated: - Python/QGIS plugin development, UI/UX refinement, and translation workflow management. - DLL distribution and runtime considerations for cross-environment localization. - Code quality through refactoring and naming standardization to improve maintainability and onboarding.
Month: 2024-12 — Giswater/giswater_qgis_plugin: Delivered major UI simplifications and internationalization improvements with an emphasis on cross-region usability and maintainability. The release focuses on expanding internationalization support, reducing UI complexity, and standardizing code conventions to accelerate future development. Key features delivered: - Style Manager Internationalization and Rename: enabled renaming of style groups in the style manager, added translations for category updates, and included runtime DLLs to support translations across environments. Commits: 26bb414d4e9098d36341b4315a1491af07801495; 1ed8e94fd0c57586020d45c28aa67f83c474fe15; faf93fed91466e4191d89d1155447b3320ff607c. - CAD Toolbar Removal: removed CAD-related functionality from core.toolbars to simplify the toolbar and remove a deprecated feature. Commit: df07b4f0c696d40b866a38f739bd5c36716b5733. - Toolbar Naming Convention Refactor: standardized toolbar file names by suffix from 'button' to 'btn' and updated imports for consistency across core/toolbars. Commit: f1dda8ae12f35c13e9b624581738a56d6dcf1661. Major bugs fixed: - Translations loading across diverse environments was stabilized via the added runtime DLLs, addressing issues observed on certain PCs. (Related to the Style Manager Internationalization work; commits above.) Overall impact and accomplishments: - Reduced UI complexity and maintenance burden by removing deprecated CAD toolbar features and enforcing consistent naming, improving onboarding and long-term maintainability. - Strengthened internationalization readiness, enabling smoother multi-language workflows for end users and easier deployment across environments. Technologies/skills demonstrated: - Python/QGIS plugin development, UI/UX refinement, and translation workflow management. - DLL distribution and runtime considerations for cross-environment localization. - Code quality through refactoring and naming standardization to improve maintainability and onboarding.
Monthly summary for Giswater/giswater_qgis_plugin (2024-11): Delivered targeted UI/UX improvements, a major icon/toolbar refactor, and a critical configuration bug fix. The work focused on enhancing user navigation, ensuring usable dialog layouts, and simplifying maintenance through refactoring. Overall, these changes improve user efficiency in GIS workflows and reduce support overhead by delivering clearer UI flows and more robust configurations.
Monthly summary for Giswater/giswater_qgis_plugin (2024-11): Delivered targeted UI/UX improvements, a major icon/toolbar refactor, and a critical configuration bug fix. The work focused on enhancing user navigation, ensuring usable dialog layouts, and simplifying maintenance through refactoring. Overall, these changes improve user efficiency in GIS workflows and reduce support overhead by delivering clearer UI flows and more robust configurations.
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