
Over six months, Alves Aniceto da Silva Gomes developed and maintained core gameplay systems for the Kecek05/MobileGame repository, delivering 157 features and resolving 85 bugs. Alves engineered cross-platform drag-and-shoot mechanics, camera management, and robust UI/UX flows using Unity and C#. The work included implementing networked ragdoll physics, persistent save systems, and advanced animation pipelines, all designed to improve player experience and stability across mobile and desktop. By integrating multiplayer networking, optimizing physics simulations, and refining asset management, Alves ensured scalable, maintainable code. The technical depth and breadth demonstrated strong command of C#, Unity, and graphics programming in a production environment.

Month: 2025-07 — Kecek05/MobileGame. Overview: The month focused on stabilizing core interactions, reducing onboarding friction, and tightening audio UX across scenes. Delivered three primary features with targeted fixes and implemented UX improvements that collectively enhance player control feel and onboarding efficiency.
Month: 2025-07 — Kecek05/MobileGame. Overview: The month focused on stabilizing core interactions, reducing onboarding friction, and tightening audio UX across scenes. Delivered three primary features with targeted fixes and implemented UX improvements that collectively enhance player control feel and onboarding efficiency.
June 2025 performance summary for Kecek05/MobileGame: Delivered core gameplay features, improved UX/UI, and strengthened stability across scenes, resulting in higher-quality player experience and reduced post-release risk. Key features delivered include Banana item destruction on collision with parity for host/client play; loading screen and scene loading improvements with animated loading text; advanced Menu/UI experiences with a dedicated button animation system and a generic button animation script; saving subsystem enabling persistent files across sessions and scene transitions; UI and tutorial enhancements including the start of a tutorial system with UI commander for guided flows. Major bugs fixed include animator override fixes; UI error panel display fixes; menu anchors/references stabilization; clock rotation bug; ragdoll and joints fixes; game over render corrections; and tutorial render corrections. Overall impact and accomplishments: significantly improved UX consistency, reliability of save/load, and visual/audio feedback; streamlined UI animations and controls, reducing friction for users and future maintenance. Technologies/skills demonstrated: Unity3D/C# development, advanced UI animation pipelines and animation overrides, shader work for rotation/background visuals, robust save system design and persistence, audio management and SFX integration, ragdoll physics tuning, and strong collaboration and source-control hygiene.
June 2025 performance summary for Kecek05/MobileGame: Delivered core gameplay features, improved UX/UI, and strengthened stability across scenes, resulting in higher-quality player experience and reduced post-release risk. Key features delivered include Banana item destruction on collision with parity for host/client play; loading screen and scene loading improvements with animated loading text; advanced Menu/UI experiences with a dedicated button animation system and a generic button animation script; saving subsystem enabling persistent files across sessions and scene transitions; UI and tutorial enhancements including the start of a tutorial system with UI commander for guided flows. Major bugs fixed include animator override fixes; UI error panel display fixes; menu anchors/references stabilization; clock rotation bug; ragdoll and joints fixes; game over render corrections; and tutorial render corrections. Overall impact and accomplishments: significantly improved UX consistency, reliability of save/load, and visual/audio feedback; streamlined UI animations and controls, reducing friction for users and future maintenance. Technologies/skills demonstrated: Unity3D/C# development, advanced UI animation pipelines and animation overrides, shader work for rotation/background visuals, robust save system design and persistence, audio management and SFX integration, ragdoll physics tuning, and strong collaboration and source-control hygiene.
Month: 2025-05 — Annual performance review-ready summary highlighting delivered features, critical fixes, business impact, and technology skills demonstrated.
Month: 2025-05 — Annual performance review-ready summary highlighting delivered features, critical fixes, business impact, and technology skills demonstrated.
April 2025 (Kecek05/MobileGame) delivered substantial rendering, camera, persistence, and network readiness improvements that lay groundwork for smoother gameplay, cross‑scene stability, and multiplayer readiness. Key features were implemented end-to-end (2D player rendering, camera manager Singleton, enhanced camera follow, look-at camera, saving/files system, and drag interactions), while major bugs affecting camera stability, UI consistency, and input flows were resolved. The work reduces crash surfaces, improves performance, and accelerates deployment and player experience across scenes and networked play.
April 2025 (Kecek05/MobileGame) delivered substantial rendering, camera, persistence, and network readiness improvements that lay groundwork for smoother gameplay, cross‑scene stability, and multiplayer readiness. Key features were implemented end-to-end (2D player rendering, camera manager Singleton, enhanced camera follow, look-at camera, saving/files system, and drag interactions), while major bugs affecting camera stability, UI consistency, and input flows were resolved. The work reduces crash surfaces, improves performance, and accelerates deployment and player experience across scenes and networked play.
March 2025 (Kecek05/MobileGame) delivered a cohesive Camera Manager system with integrated gameplay workflows, delivering measurable business value through improved player experience, stability, and maintainability. Key work spanned camera control, zoom and drag interactions, projectile/item following, and game-flow integration, underpinned by targeted tuning and refactoring to boost performance and readability. The month closed with a stabilized camera experience, robust input handling, and groundwork for Google Play services integration.
March 2025 (Kecek05/MobileGame) delivered a cohesive Camera Manager system with integrated gameplay workflows, delivering measurable business value through improved player experience, stability, and maintainability. Key work spanned camera control, zoom and drag interactions, projectile/item following, and game-flow integration, underpinned by targeted tuning and refactoring to boost performance and readability. The month closed with a stabilized camera experience, robust input handling, and groundwork for Google Play services integration.
February 2025 delivered core gameplay enhancements for Kecek05/MobileGame, focusing on a cross-platform drag-to-launch mechanic with trajectory visualization, responsive camera controls, and a technical upgrade to Unity. These changes improve player engagement, stability, and build readiness, enabling rapid iteration and easier future feature integration. Highlights include new launch/trajectory prefabs, desktop/mobile camera/touch input system, and scene polish.
February 2025 delivered core gameplay enhancements for Kecek05/MobileGame, focusing on a cross-platform drag-to-launch mechanic with trajectory visualization, responsive camera controls, and a technical upgrade to Unity. These changes improve player engagement, stability, and build readiness, enabling rapid iteration and easier future feature integration. Highlights include new launch/trajectory prefabs, desktop/mobile camera/touch input system, and scene polish.
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