Bilal Al Khatib developed robust task management, search, and rating features across the Amsterdam-Team/Plan-Mate-App, S-Qudus/Tudee, and Amsterdam-Team/Aflami repositories. He architected modular use cases, centralized error handling, and scalable UI layers using Kotlin, Jetpack Compose, and Koin. His work included implementing a user rating system, offline-first data layers with Room, and adaptive UI components, all supported by comprehensive unit testing and dependency injection. By refactoring data and domain models, consolidating UI state management, and streamlining validation logic, Bilal improved maintainability, reliability, and developer productivity, delivering well-structured, testable code that accelerated feature delivery and enhanced user experience.
In August 2025, Amsterdam-Team/Aflami delivered a blend of user-facing features, UI/UX improvements, and architectural cleanups that increase engagement, reliability, and developer velocity. The work spanned a full-featured rating system integrated into movie/TV details, UI/UX refinements for search and details screens, startup experience improvements, and extensive test/architecture enhancements, all while reducing dependencies and standardizing error handling.
In August 2025, Amsterdam-Team/Aflami delivered a blend of user-facing features, UI/UX improvements, and architectural cleanups that increase engagement, reliability, and developer velocity. The work spanned a full-featured rating system integrated into movie/TV details, UI/UX refinements for search and details screens, startup experience improvements, and extensive test/architecture enhancements, all while reducing dependencies and standardizing error handling.
July 2025 monthly report focusing on delivering UX improvements, data-layer robustness, and codebase modernization across Tudee and Aflami; business value delivered includes smoother task management, improved onboarding/navigation flows, branding consistency, and a scalable architecture for future features.
July 2025 monthly report focusing on delivering UX improvements, data-layer robustness, and codebase modernization across Tudee and Aflami; business value delivered includes smoother task management, improved onboarding/navigation flows, branding consistency, and a scalable architecture for future features.
June 2025 Tudee development focused on establishing a robust data layer, scalable UI components, and maintainable architecture to support offline-first capabilities and faster iteration. Deliverables prioritized data persistence, user-facing UI refinements, and clean code organization to improve reliability, performance, and onboarding for new features.
June 2025 Tudee development focused on establishing a robust data layer, scalable UI components, and maintainable architecture to support offline-first capabilities and faster iteration. Deliverables prioritized data persistence, user-facing UI refinements, and clean code organization to improve reliability, performance, and onboarding for new features.
May 2025 performance summary for Amsterdam-Team/Plan-Mate-App: strengthened validation architecture, streamlined task creation flow, and comprehensive repository/data-layer refinements to boost data integrity, maintainability, and delivery speed.
May 2025 performance summary for Amsterdam-Team/Plan-Mate-App: strengthened validation architecture, streamlined task creation flow, and comprehensive repository/data-layer refinements to boost data integrity, maintainability, and delivery speed.
April 2025 deliverables for Amsterdam-Team/Plan-Mate-App focused on robust error handling, modular use cases, testability, and UI foundation. Implemented a centralized exception hierarchy, added core use cases (CreateTaskUseCase, GetTaskStateUseCase, GetProjectStatesUseCase) with comprehensive unit tests and test factories, introduced UI infrastructure and startup flow improvements, and added utilities for safe execution and exception messaging. These changes improve reliability, test coverage, and developer productivity, enabling faster feature delivery with clear error handling and scalable UI architecture.
April 2025 deliverables for Amsterdam-Team/Plan-Mate-App focused on robust error handling, modular use cases, testability, and UI foundation. Implemented a centralized exception hierarchy, added core use cases (CreateTaskUseCase, GetTaskStateUseCase, GetProjectStatesUseCase) with comprehensive unit tests and test factories, introduced UI infrastructure and startup flow improvements, and added utilities for safe execution and exception messaging. These changes improve reliability, test coverage, and developer productivity, enabling faster feature delivery with clear error handling and scalable UI architecture.
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