Game Design & Technical Leadership Designed and implemented core game systems from the ground up with a strong focus on technical architecture. Translated high-level design and visual direction into robust, performant game systems. Collaborated closely with artists and 3D designers to integrate visuals, effects, and gameplay systems. Ensured scalability, maintainability, and clean separation of systems across the project. Core Game Systems & Architecture Built complex, modular gameplay and engine-level systems suitable for long-term development. Designed reusable frameworks for world logic, progression, inventory, equipment, automation, and events. Applied data-oriented and system-driven design principles. Focused on performance optimization and extensible architecture. Game Engines & Programming Languages Godot Engine (4.x) — advanced, production-level usage. Designed engine-side systems, custom tools, and optimized scene and resource workflows. GDScript — primary language for gameplay, systems, and tooling. C# — used for performance-critical subsystems and complex logic. Java — backend services, tooling, and supporting systems. Shaders, Rendering & Visual Effects Advanced GLSL development for both 3D and 2D rendering. Created complex VFX shaders, including magic, energy, and procedural effects. Developed GUI shaders and animated UI effects. Implemented screen-space effects and full post-processing pipelines. Built multi-pass and chained shader sequences optimized for real-time performance. Worked with lighting models, depth-based effects, and GPU-side optimizations. Online Game Engineering Designed and implemented online and multiplayer systems. Experience with WS networking and client synchronization. Implemented state replication, authority models, and latency-aware systems. Ensured multiplayer-safe gameplay and system architecture. Integrated networking with gameplay, world systems, and rendering logic.

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