
Kennedy Penny developed core gameplay systems and modular architecture for the RetroRobotRumble repository, focusing on robust combat mechanics, dynamic asset integration, and scalable feature delivery. Using C#, Unity, and ShaderLab, Kennedy implemented component-based combat systems, modular robot chassis, and a flexible asset pipeline supporting drag-and-drop FBX imports and runtime assembly. The work included editor tooling, animation controllers, and UI systems for onboarding, health, and collectibles, all designed for rapid iteration and maintainability. By integrating audio with Wwise and optimizing build processes, Kennedy ensured consistent development standards and efficient onboarding, resulting in a stable, extensible codebase supporting ongoing gameplay enhancements.
2026-03 monthly summary for RetroRobotRumble: Delivered core gameplay features, enhanced combat mechanics, and extended customization while laying groundwork for end-game flow. Implemented Final Boss Encounter Scene integrated into the game loop with UI scaffolding for win-state logic, and a comprehensive Combat and Ability System upgrade focused on dash mechanics (cooldowns, direction handling, dash tutorial) plus input-management refactor and adjustments to the ultimate ability system. Added a Dragon Chassis prefab to broaden customization options and visual variety. Addressed input reliability and dash behavior through targeted fixes, improving responsiveness and player control. These updates collectively strengthen the end-game flow, deepen gameplay depth, and demonstrate solid engineering across gameplay programming, UI integration, and asset customization.
2026-03 monthly summary for RetroRobotRumble: Delivered core gameplay features, enhanced combat mechanics, and extended customization while laying groundwork for end-game flow. Implemented Final Boss Encounter Scene integrated into the game loop with UI scaffolding for win-state logic, and a comprehensive Combat and Ability System upgrade focused on dash mechanics (cooldowns, direction handling, dash tutorial) plus input-management refactor and adjustments to the ultimate ability system. Added a Dragon Chassis prefab to broaden customization options and visual variety. Addressed input reliability and dash behavior through targeted fixes, improving responsiveness and player control. These updates collectively strengthen the end-game flow, deepen gameplay depth, and demonstrate solid engineering across gameplay programming, UI integration, and asset customization.
February 2026 monthly summary for kennedyat/RetroRobotRumble focused on delivering core combat systems, onboarding improvements, and editor maintenance to enable faster iteration and stronger player engagement. Key features delivered include a foundational Combat Tutorial with a user-configurable onboarding toggle to accommodate new players and seasoned users; NavMesh-based combat obstacles plus a new testing arm prefab to improve combat realism and streamline editor workflows; a comprehensive Combat System overhaul featuring dash mechanics, an ultimate points system, and hold-to-charge input with related input refinements for better responsiveness; and maintenance work updating the Unity Editor to 2022.3.62f3 to ensure compatibility with current project settings.
February 2026 monthly summary for kennedyat/RetroRobotRumble focused on delivering core combat systems, onboarding improvements, and editor maintenance to enable faster iteration and stronger player engagement. Key features delivered include a foundational Combat Tutorial with a user-configurable onboarding toggle to accommodate new players and seasoned users; NavMesh-based combat obstacles plus a new testing arm prefab to improve combat realism and streamline editor workflows; a comprehensive Combat System overhaul featuring dash mechanics, an ultimate points system, and hold-to-charge input with related input refinements for better responsiveness; and maintenance work updating the Unity Editor to 2022.3.62f3 to ensure compatibility with current project settings.
January 2026 focused on delivering core gameplay systems and design tooling for RetroRobotRumble, with strong emphasis on responsive player controls, reliable combat interactions, and richer collectible content. The work enhanced player feel, reduced iteration friction for designers, and improved player feedback through UI indicators and balancing across items.
January 2026 focused on delivering core gameplay systems and design tooling for RetroRobotRumble, with strong emphasis on responsive player controls, reliable combat interactions, and richer collectible content. The work enhanced player feel, reduced iteration friction for designers, and improved player feedback through UI indicators and balancing across items.
December 2025 Monthly Summary for kennedyat/RetroRobotRumble: Delivered a modular robot chassis system with dynamic initialization, stabilized robot initialization/configuration, and a major overhaul of the Eagle chassis combat system. Also introduced Train chassis assets and damage handling to improve realism and animation quality. The work enhances modularity, stability, and gameplay fidelity, providing a solid foundation for ongoing content and balance. Overall impact: Improved runtime assembly of robot parts, robust component assignment, and richer combat progression and audiovisual feedback, enabling faster iteration and a more engaging player experience. Technologies/skills demonstrated: C# architecture and game flow (PlayerInitializer, run-time data handling), modular chassis system design, asset rigging and animation, combat system design, and audio/visual fidelity integration.
December 2025 Monthly Summary for kennedyat/RetroRobotRumble: Delivered a modular robot chassis system with dynamic initialization, stabilized robot initialization/configuration, and a major overhaul of the Eagle chassis combat system. Also introduced Train chassis assets and damage handling to improve realism and animation quality. The work enhances modularity, stability, and gameplay fidelity, providing a solid foundation for ongoing content and balance. Overall impact: Improved runtime assembly of robot parts, robust component assignment, and richer combat progression and audiovisual feedback, enabling faster iteration and a more engaging player experience. Technologies/skills demonstrated: C# architecture and game flow (PlayerInitializer, run-time data handling), modular chassis system design, asset rigging and animation, combat system design, and audio/visual fidelity integration.
November 2025 monthly summary for kennedyat/RetroRobotRumble: Delivered a modular combat overhaul enabling dynamic arm abilities, new arm components, hitboxes, a combat part manager, dash mechanics, and balance updates; introduced elite enemies and a level block system to diversify encounters and layouts; added a dialogue system to enable expressive character interactions; improved visual assets and animations for higher fidelity; and performed ongoing code quality improvements via ScriptableObject tweaks and targeted cleanup. Focused on business value: faster iteration cycles, balanced gameplay, richer player engagement, and improved visual fidelity across the title.
November 2025 monthly summary for kennedyat/RetroRobotRumble: Delivered a modular combat overhaul enabling dynamic arm abilities, new arm components, hitboxes, a combat part manager, dash mechanics, and balance updates; introduced elite enemies and a level block system to diversify encounters and layouts; added a dialogue system to enable expressive character interactions; improved visual assets and animations for higher fidelity; and performed ongoing code quality improvements via ScriptableObject tweaks and targeted cleanup. Focused on business value: faster iteration cycles, balanced gameplay, richer player engagement, and improved visual fidelity across the title.
During October 2025, the RetroRobotRumble project delivered a cohesive set of gameplay and quality improvements across combat mechanics, new arm attachments, visuals, audio, and asset production. The work stabilized core combat feel with reliable input handling, consistent melee behavior, and robust dash/hitbox interactions, while expanding player capabilities with new arm attachments and updated animations. Visual fidelity was enhanced through graphics polish and locomotion effects, and player feedback was strengthened by a new health system and combat visuals. Audio integration and scene wiring were finalized for immersive soundscapes, and the asset/import pipeline was streamlined to reduce bloat and accelerate iteration.
During October 2025, the RetroRobotRumble project delivered a cohesive set of gameplay and quality improvements across combat mechanics, new arm attachments, visuals, audio, and asset production. The work stabilized core combat feel with reliable input handling, consistent melee behavior, and robust dash/hitbox interactions, while expanding player capabilities with new arm attachments and updated animations. Visual fidelity was enhanced through graphics polish and locomotion effects, and player feedback was strengthened by a new health system and combat visuals. Audio integration and scene wiring were finalized for immersive soundscapes, and the asset/import pipeline was streamlined to reduce bloat and accelerate iteration.
September 2025 performance highlights for kennedyat/RetroRobotRumble: Delivered foundational asset pipeline and editor tooling, enhanced gameplay experience through UI and camera/arm tuning, and stabilized the development environment for faster iteration. Achievements span an end-to-end asset import flow, persistent cutscenes control, level-design tooling via ProBuilder, targeted combat/interaction robustness, and environment readiness for Mono/.NET compatibility. These work items collectively improved asset iteration speed, gameplay consistency, and development velocity, driving business value through faster releases and more reliable builds.
September 2025 performance highlights for kennedyat/RetroRobotRumble: Delivered foundational asset pipeline and editor tooling, enhanced gameplay experience through UI and camera/arm tuning, and stabilized the development environment for faster iteration. Achievements span an end-to-end asset import flow, persistent cutscenes control, level-design tooling via ProBuilder, targeted combat/interaction robustness, and environment readiness for Mono/.NET compatibility. These work items collectively improved asset iteration speed, gameplay consistency, and development velocity, driving business value through faster releases and more reliable builds.
Monthly summary for 2025-08 for kennedyat/RetroRobotRumble highlights key features delivered, major bugs fixed, overall impact, and technologies demonstrated. Focused on delivering business value through visual fidelity, gameplay polish, tooling improvements, and release readiness.
Monthly summary for 2025-08 for kennedyat/RetroRobotRumble highlights key features delivered, major bugs fixed, overall impact, and technologies demonstrated. Focused on delivering business value through visual fidelity, gameplay polish, tooling improvements, and release readiness.
July 2025 performance summary for kennedyat/RetroRobotRumble: Implemented core gameplay improvements, robust audio pipeline, and scalable architecture to accelerate feature delivery and improve player experience, while maintaining a clean, maintainable codebase.
July 2025 performance summary for kennedyat/RetroRobotRumble: Implemented core gameplay improvements, robust audio pipeline, and scalable architecture to accelerate feature delivery and improve player experience, while maintaining a clean, maintainable codebase.
June 2025: Delivered a solid foundation for character testing and combat, refined input and combat mechanics, and improved release tooling for RetroRobotRumble. The work enables rapid iteration on gameplay and prepares the project for stable builds, with a clear path from testing playground to production-ready packaging.
June 2025: Delivered a solid foundation for character testing and combat, refined input and combat mechanics, and improved release tooling for RetroRobotRumble. The work enables rapid iteration on gameplay and prepares the project for stable builds, with a clear path from testing playground to production-ready packaging.
May 2025 monthly summary for kennedyat/RetroRobotRumble. Delivered a solid project bootstrap to establish a reproducible baseline for future development. The initial Unity project uses the URP template with essential project settings, a sample scene, and onboarding guidance to accelerate contributor onboarding and ensure consistent development standards. This baseline enables early performance checks and set-up efficiency for subsequent feature work.
May 2025 monthly summary for kennedyat/RetroRobotRumble. Delivered a solid project bootstrap to establish a reproducible baseline for future development. The initial Unity project uses the URP template with essential project settings, a sample scene, and onboarding guidance to accelerate contributor onboarding and ensure consistent development standards. This baseline enables early performance checks and set-up efficiency for subsequent feature work.

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