
Miguel Encinas developed core appointment management and patient data features for Proyecto-ISPP/FISIOFIND, focusing on robust backend and frontend integration using Django, React, and TypeScript. He implemented secure user management, appointment scheduling with payment validation, and questionnaire data models, ensuring data integrity and compliance. His work included API design, error handling, and automated testing, with enhancements like timezone-aware scheduling and birth-date validation. Miguel improved QA processes through documentation, quality management plans, and retrospective analysis, while addressing critical bugs and refining UI/UX flows. These contributions established a scalable, reliable foundation for the platform’s monetization and ongoing feature delivery.

May 2025 – Proyecto-ISPP/FISIOFIND: Key features delivered, major bugs addressed, and QA/process improvements that strengthen data integrity and business value. Implemented Questionnaire responses management and notes UI with robust retrieval and standardized error handling, including tests for creation, notes, and retrieval. Delivered Quality and Performance Evaluation reports for FISIOFIND (PPL deliverable) and updated sprint reports to reflect correct sprint numbering. Improved patient history fetch error handling by returning 400 Bad Request on exceptions, reducing user-facing failures. These outcomes enhance user experience for clinicians, improve data quality, and support more reliable sprint planning and QA governance. Technologies/skills demonstrated include UI improvements for questionnaire flows, test-driven development with comprehensive unit tests, API error handling patterns (400 vs 500), and QA/reporting automation.
May 2025 – Proyecto-ISPP/FISIOFIND: Key features delivered, major bugs addressed, and QA/process improvements that strengthen data integrity and business value. Implemented Questionnaire responses management and notes UI with robust retrieval and standardized error handling, including tests for creation, notes, and retrieval. Delivered Quality and Performance Evaluation reports for FISIOFIND (PPL deliverable) and updated sprint reports to reflect correct sprint numbering. Improved patient history fetch error handling by returning 400 Bad Request on exceptions, reducing user-facing failures. These outcomes enhance user experience for clinicians, improve data quality, and support more reliable sprint planning and QA governance. Technologies/skills demonstrated include UI improvements for questionnaire flows, test-driven development with comprehensive unit tests, API error handling patterns (400 vs 500), and QA/reporting automation.
In Apr 2025, delivered foundational enhancements to FISIOFIND to enable reliable, compliant appointment flows and richer patient data insights, supported by improved test coverage and data handling. Highlights include payment-enabled appointment creation, a new questionnaire data model with an appointment-history API, expanded test coverage for scheduling rules, timezone-aware scheduling and birth-date validations, and updated example data with sprint documentation.
In Apr 2025, delivered foundational enhancements to FISIOFIND to enable reliable, compliant appointment flows and richer patient data insights, supported by improved test coverage and data handling. Highlights include payment-enabled appointment creation, a new questionnaire data model with an appointment-history API, expanded test coverage for scheduling rules, timezone-aware scheduling and birth-date validations, and updated example data with sprint documentation.
Monthly summary for 2025-03 for Proyecto-ISPP/FISIOFIND focusing on delivering end-to-end appointment management enhancements, stabilizing the codebase after merges, expanding test coverage, and improving QA/documentation.
Monthly summary for 2025-03 for Proyecto-ISPP/FISIOFIND focusing on delivering end-to-end appointment management enhancements, stabilizing the codebase after merges, expanding test coverage, and improving QA/documentation.
February 2025 monthly summary for Proyecto-ISPP/FISIOFIND. Focused on establishing a solid project foundation, governance, and secure backend readiness to enable monetization and scalable delivery. Key outcomes include initiating Agile Inception and Monetization documentation, finalizing Quality Management Plan and documentation governance, and delivering Backend: User Management & Access Control with AppUser CRUD and owner-based access control. These efforts create a measurable baseline for quality, compliance, and future development velocity while aligning the team on monetization viability and user-centric architecture.
February 2025 monthly summary for Proyecto-ISPP/FISIOFIND. Focused on establishing a solid project foundation, governance, and secure backend readiness to enable monetization and scalable delivery. Key outcomes include initiating Agile Inception and Monetization documentation, finalizing Quality Management Plan and documentation governance, and delivering Backend: User Management & Access Control with AppUser CRUD and owner-based access control. These efforts create a measurable baseline for quality, compliance, and future development velocity while aligning the team on monetization viability and user-centric architecture.
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