Building fast multiplatform products with clean architecture.

Architected and built a native Kotlin client with Compose Multiplatform to run RPG Maker MV and MZ web engines through advanced WebView integration. Added a reactive overlay control system with low-latency virtual joysticks, dynamic hardware mapping, and local asset handling tuned for constrained devices.

Built a Kotlin UI library for Compose Multiplatform focused on low-latency virtual joystick interactions. Structured touch-event capture, vector processing, and declarative rendering so the component stays predictable across platforms.

Created a modular TypeScript plugin ecosystem for RPG Maker with stricter typing and better maintainability than traditional engine scripting. Added filesystem-compatibility utilities for mobile targets and automated release workflows with GitHub Actions, Vitest, and pnpm.

Developed a statically typed TypeScript client for Blogger Feeds that simplifies complex asynchronous API consumption. The library automates parameterized search queries and implements pagination strategies to reduce friction when dealing with large feed datasets.

Built and published a Python automation tool that transpiles native Python logic into Ren'Py-compatible scripting. It reduces repetitive manual refactoring when code needs to move between standard Python and the engine's scripting constraints.

Designed and developed a modular, extensible multimedia gallery library for Ren'Py using Python and native engine scripts. The project improves customization through cleaner extension points, local or shared gallery handlers, and better resource-loading behavior across multiple Ren'Py versions.

Built the original Ren'Py gallery library around Python modules compiled into reusable `.rpy` packages. It introduced hierarchical slides and sliders, support for images, animations, and videos, plus compatibility and resource helpers that became the foundation for the later `gallerynpyx` redesign.

Published an open-source Kotlin library that provides a reusable analog virtual joystick for native Android applications. The project standardized packaging, added automated documentation with Dokka, and optimized adoption for third-party developers.