
Pau Tintaya developed core features for the JU-DEV-Bootcamps/ERAS-FE and ERAS-BE repositories, focusing on scalable student data management and risk visualization. He implemented a domain-driven backend in C# with ASP.NET Core and Entity Framework, introducing robust import workflows, cohort-based heatmap APIs, and centralized environment configuration. On the frontend, Pau used Angular and Angular Material to deliver dynamic charting and interactive cohort risk heatmaps, integrating TypeScript-based services and UI components. His work emphasized maintainability through code quality improvements, comprehensive testing, and secure CI/CD practices, resulting in a resilient, API-first architecture that streamlined onboarding and enabled data-driven interventions.

March 2025: Delivered end-to-end cohort-based heatmaps for ERAS BE and FE, enabling targeted risk visualization by cohort. Backend introduced cohort-specific heatmap query/handler, repository interface updates, and a new API endpoint with unit tests; frontend delivered cohort-filter modal, heatmap data service, modal risk components, and updated data models with accompanying tests. The work enhances data-driven risk interventions, improves maintainability through structural cleanup, and demonstrates strong end-to-end integration, testing, and UI polish.
March 2025: Delivered end-to-end cohort-based heatmaps for ERAS BE and FE, enabling targeted risk visualization by cohort. Backend introduced cohort-specific heatmap query/handler, repository interface updates, and a new API endpoint with unit tests; frontend delivered cohort-filter modal, heatmap data service, modal risk components, and updated data models with accompanying tests. The work enhances data-driven risk interventions, improves maintainability through structural cleanup, and demonstrates strong end-to-end integration, testing, and UI polish.
February 2025 performance summary for JU-DEV-Bootcamps ERAS projects. Delivered centralized environment configuration and secret management, enhanced observability with Serilog, standardized local development setup, and refined Docker logging lifecycle. These changes reduce deployment risk, improve troubleshooting, and speed onboarding while strengthening security practices across ERAS-BE and ERAS.
February 2025 performance summary for JU-DEV-Bootcamps ERAS projects. Delivered centralized environment configuration and secret management, enhanced observability with Serilog, standardized local development setup, and refined Docker logging lifecycle. These changes reduce deployment risk, improve troubleshooting, and speed onboarding while strengthening security practices across ERAS-BE and ERAS.
January 2025: Delivered foundational frontend and backend capabilities across ERAS-FE and ERAS-BE, enabling data visualization, robust student data management, and a scalable import workflow. Frontend gained Charting Library Integration (ng-apex-charts) to enable dynamic charts, with dependencies updated. Backend introduced a robust domain model for Student and StudentDetail with EF Core persistence and a repository pattern, plus an end-to-end Student Import API and Service with DTOs, mapping, and a dedicated endpoint. Import fixes improved decimal parsing and resilience. Throughout, we applied code quality improvements (naming, formatting, and docker-migration readiness) to improve maintainability and deployment reliability. Business value: faster time-to-insight, streamlined student data onboarding, and a scalable, API-first architecture for future features.
January 2025: Delivered foundational frontend and backend capabilities across ERAS-FE and ERAS-BE, enabling data visualization, robust student data management, and a scalable import workflow. Frontend gained Charting Library Integration (ng-apex-charts) to enable dynamic charts, with dependencies updated. Backend introduced a robust domain model for Student and StudentDetail with EF Core persistence and a repository pattern, plus an end-to-end Student Import API and Service with DTOs, mapping, and a dedicated endpoint. Import fixes improved decimal parsing and resilience. Throughout, we applied code quality improvements (naming, formatting, and docker-migration readiness) to improve maintainability and deployment reliability. Business value: faster time-to-insight, streamlined student data onboarding, and a scalable, API-first architecture for future features.
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