
Jiale Wang developed the core Banking Domain for the miw-upm/apaw-practice repository, delivering end-to-end data models and REST API endpoints to manage accounts, cards, loans, and payment histories. Using Java, Spring Boot, and MongoDB, Jiale established DAOs and repositories, implemented endpoints for account status, loan applications, and mobile-based loan searches, and ensured robust data seeding and documentation. The work included aligning domain models with design diagrams and improving maintainability through SonarQube-driven code quality and expanded test coverage. This feature-rich implementation provided a reliable backend foundation for banking operations, demonstrating depth in backend development, data modeling, and API design.

October 2025 focused on delivering a core Banking Domain with end-to-end data models, repositories, and REST APIs to support account, card, loan, and payment history management. The effort established DAOs and repositories and implemented a broad set of endpoints for bank accounts and related entities, including status checks, deletions, loan applications, card/history updates, loan data queries, and a loan-quantity search by mobile number. Data seeding, tests, and documentation were updated to support the feature. Parallel quality improvements were pursued with SonarQube hardening and expanded test coverage to increase maintainability and reliability. In addition, domain modeling was aligned with design artifacts through diagram corrections to ensure consistency across the banking domain.
October 2025 focused on delivering a core Banking Domain with end-to-end data models, repositories, and REST APIs to support account, card, loan, and payment history management. The effort established DAOs and repositories and implemented a broad set of endpoints for bank accounts and related entities, including status checks, deletions, loan applications, card/history updates, loan data queries, and a loan-quantity search by mobile number. Data seeding, tests, and documentation were updated to support the feature. Parallel quality improvements were pursued with SonarQube hardening and expanded test coverage to increase maintainability and reliability. In addition, domain modeling was aligned with design artifacts through diagram corrections to ensure consistency across the banking domain.
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