Kaito Jhon

Managed advanced networking integration in C++, enabling seamless multiplayer experiences and ensuring server stability for large-scale events involving thousands of simultaneous users, resulting in increased player session lengths and higher retention.

Engineered core gameplay systems using Unreal Engine 5, integrating player-driven mechanics and persistent world features to support thousands of concurrent users in a shared sandbox. Implemented advanced networking for smooth large-scale multiplayer and scalable server performance. Optimized rendering workflows to reduce scene load times by 35% across a persistent MMO with 10,000+ simultaneous players. Devised a modular Blueprint-based crafting framework enabling dynamic resource processing, recipes, and a flexible player-driven economy. Refined AI behavior trees and pathfinding in C++ to enrich NPC interactions in a player-shaped world.

Led development of core gameplay systems in Unreal Engine 5 for Pax Dei, enabling player-driven mechanics and persistent world features to support thousands of concurrent users in a shared sandbox. Implemented advanced networking for large-scale multiplayer, optimized rendering and asset loading to reduce scene load times, designed a modular crafting framework using Blueprint for resource processing and economy features, and refined AI behavior trees and pathfinding in C++ for adaptive NPC reactions.