
Developed a new RPC Plugin Management System for the redpanda-data/connect repository, focusing on modularity and extensibility in backend services. Leveraging Go and plugin architecture principles, the work introduced a YAML-manifest-based flow for plugin discovery and registration, enabling seamless integration of external plugins. A dedicated rpcnloader package was implemented to automate plugin management, while the rpcn plugin was exposed through the public API to support plug-and-play extensibility. This approach reduced integration friction and improved maintainability, with collaborative code contributions and API surface enhancements. The project demonstrated strong skills in Go, backend development, and modular plugin system design within a production codebase.
Delivered a new RPC Plugin Management System for redpanda-data/connect, establishing a modular, YAML-manifest-based plugin flow. Implemented a dedicated rpcnloader package to discover and register plugins and exposed the rpcn plugin in public API, enabling plug-and-play extensibility and streamlined integration with external plugins. The work is supported by the commit 4901ab4042eeb75668630fa0ce5182331723ff8d (public exposure of rpcn plugin and rpcnloader refactor; co-authored). This foundation reduces integration friction, accelerates feature adoption, and improves maintainability. Demonstrates Go modular design, plugin architecture, YAML manifest handling, and effective collaboration.
Delivered a new RPC Plugin Management System for redpanda-data/connect, establishing a modular, YAML-manifest-based plugin flow. Implemented a dedicated rpcnloader package to discover and register plugins and exposed the rpcn plugin in public API, enabling plug-and-play extensibility and streamlined integration with external plugins. The work is supported by the commit 4901ab4042eeb75668630fa0ce5182331723ff8d (public exposure of rpcn plugin and rpcnloader refactor; co-authored). This foundation reduces integration friction, accelerates feature adoption, and improves maintainability. Demonstrates Go modular design, plugin architecture, YAML manifest handling, and effective collaboration.

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