This is an early-stage prototype I developed in Unreal Engine using C++. The project focuses on core gameplay mechanics such as item collection and enemy interaction. I designed the modular environment to test functionality and layout, while the HUD provides clear tracking of objectives and score. The robotic character and minimalistic style represent my focus on gameplay systems and interactivity during the prototyping phase. This project highlights my ability to implement game mechanics, UI, and interactivity in C++ within a 3D environment.
This image showcases a 3D game prototype developed in Unreal Engine 4 (UE4) using C++ during my college years. The project focuses on modular level design and testing core gameplay mechanics. It highlights my ability to prototype and optimize game levels, utilizing dynamic cameras and precise property adjustments for functionality and interactivity.
This is a 2D platformer game I developed in Unity during my second year of university, focusing on game juice and game feel. The project emphasizes polished player movement, responsive interactions, and immersive level design. Using pixel art, the game features vibrant visuals with layered backgrounds and a cohesive tile-based environment. This project demonstrates my ability to enhance gameplay with smooth mechanics and visual feedback, ensuring an engaging player experience.
This project, developed in Unreal Engine 5 during my first year of university, focuses on mechanics prototyping and interactive gameplay elements. The scene features a dynamic, industrial-style environment with low-poly assets and vibrant lighting effects, creating a visually engaging and functional prototype. The game emphasizes exploration and interaction, with colorful indicators and a visible health bar to enhance player feedback. This project demonstrates my foundational skills in game mechanics design, level prototyping, and creating engaging visual elements in UE5.
