
Daniel Boghoss developed core UI and audio systems for the RetroRobotRumble repository over two months, focusing on the Build a Bot feature. He implemented interactive UI scaffolding with tabbed part selection, drag-and-drop assembly, and reactive mech displays using Unity and C#. Daniel enhanced user experience by introducing input-aware prompts, cooldown visualizations for abilities, and cross-tab filtering, ensuring clarity and responsiveness across input methods. He integrated Wwise for advanced audio feedback and improved asset management with 2D sprite tooling. His work established a maintainable foundation for rapid prototyping, consistent UI, and richer player feedback in bot customization workflows.
Summary for 2025-07: Delivered a major Build a Bot UI overhaul and foundational UX/audio capabilities for RetroRobotRumble, with multi-input UX refinement and in-UI ability cooldown visualization. These changes enhance bot customization, provide clearer feedback across input methods, and establish readiness indicators for abilities. Asset pipeline improvements and asset fixes ensured UI consistency across builds. Overall impact: faster iteration on UI features, richer audio experiences, and improved player engagement and clarity in bot configuration.
Summary for 2025-07: Delivered a major Build a Bot UI overhaul and foundational UX/audio capabilities for RetroRobotRumble, with multi-input UX refinement and in-UI ability cooldown visualization. These changes enhance bot customization, provide clearer feedback across input methods, and establish readiness indicators for abilities. Asset pipeline improvements and asset fixes ensured UI consistency across builds. Overall impact: faster iteration on UI features, richer audio experiences, and improved player engagement and clarity in bot configuration.
June 2025 monthly summary — kennedyat/RetroRobotRumble. Delivered core Build a Bot UI scaffolding with data models, prefab screens, and tabbed part selection; implemented reactive mech display, drag-and-drop, and UI filtering to enable user-driven bot assembly. Fixes included: UI visibility fix on Equip Screen to ensure InactiveColor and ActiveColor are fully opaque. Impact: established a stable foundation for a bot-building workflow, enabling rapid prototyping, improved user experience, and consistent UI across the build/equip flows. Technologies/skills demonstrated: Unity UI, data modeling, reactive UI, drag-and-drop, tabbed interfaces, filtering, bug diagnosis, and targeted bug fixes.
June 2025 monthly summary — kennedyat/RetroRobotRumble. Delivered core Build a Bot UI scaffolding with data models, prefab screens, and tabbed part selection; implemented reactive mech display, drag-and-drop, and UI filtering to enable user-driven bot assembly. Fixes included: UI visibility fix on Equip Screen to ensure InactiveColor and ActiveColor are fully opaque. Impact: established a stable foundation for a bot-building workflow, enabling rapid prototyping, improved user experience, and consistent UI across the build/equip flows. Technologies/skills demonstrated: Unity UI, data modeling, reactive UI, drag-and-drop, tabbed interfaces, filtering, bug diagnosis, and targeted bug fixes.

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