🎮 Unreal Engine Game Developer | Blueprint Systems | Multiplayer Gameplay I’m a Computer Science student and game development enthusiast focused on building real-time gameplay systems using Unreal Engine 5. I specialize in designing and debugging Blueprint-based architectures, implementing multiplayer mechanics, and creating interactive playerexp
2.5D Godot action game focused on fast combat, elemental abilities, and arena-based challenges
The standalone feature serves to compartmentalize Unreal projects, maintaining a clean and readable codebase. The modular nature of game features helps prevent accidental dependencies, contributing to better project organization.
A game where you play as a wizard battling waves of enemies. Written in Unreal Engine 5
🧟 Gameplay Programming course project (DAE, 2023). Focused on AI agents, decision-making, steering behaviors, and pathfinding using a custom C++ framework. Final project: Zombie Survival Game — an autonomous agent surviving through dynamic AI behavior.
Modular melee combat system in UE5 with combo windows, input buffering, animation-driven logic, and reliable hit detection.
A 2D Unity/C# arcade shooter remake focused on rebuilding my first game with modern gameplay architecture, modular systems, improved game feel, enemy waves, upgrades and progression.
System-driven action roguelike built with TypeScript, focused on deterministic gameplay, performance, and clean architecture.
3D horror game developed in Unity using C#, focused on atmosphere, suspense, and immersive gameplay.
Production-ready Unity architecture for deterministic LLM integration. Features Zero-Alloc memory management, Zenject DI, and O(1) state routing.
Unity 6 gameplay prototype featuring real-time player movement, enemy spawning systems, gameplay state management, and difficulty scaling.
Game prototype that explores and recreates the Leviathan Axe throw mechanic from the Nordic God of War series using Unreal Engine 5.
A research project, researching how 2D flowfields work and how they can optimize pathfinding.
ScrapIt: Overload is a solo-project consisting of a top-down action roguelite built in Unreal Engine 5 using native C++. Players control a scavenger mecha, balancing automated firepower against dynamic physical weight.
Bottom-up gameplay prototype exploring trajectory-influence mechanics. Features a custom C++/SDL engine and 3 design iterations based on playtester feedback.
Personal Unity gameplay systems lab: small, isolated prototypes building interactions, UI feedback, simple AI, object pooling, 3D math, and game-feel tuning. Each lab includes a runnable scene and brief notes.
Lightweight enemy reaction system for Unreal Engine 5: grounded knockback, airborne launch, recovery, death cleanup, and ragdoll physics.
A Steam-oriented 2D top-down action roguelike built around dual hook mechanics, weapon stealing, enemy corruption, and wave-based arena combat.
A Udemy Unreal Engine 5 Project done while learning
Unreal Engine 5 C++ RPG run preparation system with loading screen, main menu, character select, pre-run inventory, and gameplay handoff.
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