Menu System Design & Implementation

  • Designed an intuitive main menu layout and implemented prototype menus (Main, Pause, Settings, etc.), ensuring seamless user navigation.

  • Developed and integrated adjustable settings in the Options Menu, including Graphics Quality, V-Sync, Resolution, and Volume Sliders, enhancing player control over game settings.

Quality Assurance/ Testing

  • Analyzed game features from a player perspective, providing actionable feedback to improve the overall gaming experience.

  • Provided post-launch support by identifying and documenting any bugs that appear after the game's release, contributing to post-launch patches and updates.

  • Developed and maintained detailed test documentation, including test case management, execution, and defect tracking, to ensure all phases of testing were well-documented.

Interactive Systems & Controls

  • Implemented Mini Map functionality with a new UI, providing players with an interactive map for better navigation.

  • Developed scrolling controls menu functionality to allow seamless user customization of interface options.

LINK HERE

UI/UX Engineer (Games)/Gameplay Integration

GOBLIN'S SCARE: A KNIGHTS TALE

(Ortiz et al., 2024a).

Tools Used

  • Unreal Engine 5.2 (Blueprints): For implementing Player movements, UI Systems and settings.

  • 3D Assets (Blender 3D): For creating props such as Characters, and Environment props.

  • Animation Graphics (Adobe Photoshop): For designing UI Elements and display.

  • Chaos Physics (Unreal Engine): For creating destructible environments, terrain deformation, and impact systems.

  • Version Control and Profiling Tools (GitHub): For code management and game performance optimization.

For Knight’s Scare: A Goblin’s Tale (Ortiz et al., 2024a), I applied UI design best practices to create an intuitive interface with mini-map functionality, dynamic loading screens, and interactive menus (Garrett, 2018; Schmalstieg & Hollerer, 2021). Drawing on immersive design and user engagement research, I ensured smooth navigation and enhanced the experience through audio-visual feedback. User-centered design principles improved accessibility and interactivity (Garrett, 2018). Insights from immersive environment research (Waller & Shaw, 2022) also informed virtual world mechanics, keeping users engaged throughout the game (Ortiz et al., 2024a).