
Over five months, El Mehdi Aouardi developed core gameplay, visual, and narrative systems for the S-oul/AstroCube_Team_05 repository, focusing on robust Unity/C# engineering. He architected Rubik’s Cube logic, narrative sequencing, and cutscene workflows, integrating compute shaders and custom editor tools to streamline designer iteration and QA. His work included object-based selection, advanced shader programming, and a Correct Actions system to enhance player feedback and reliability. By refactoring rendering, input, and asset pipelines, he improved maintainability and performance. Aouardi’s disciplined approach addressed over 45 bugs, stabilized build processes, and delivered scalable, testable features that supported rapid content integration and release.

June 2025 highlights for S-oul/AstroCube_Team_05: Delivered key UX improvements, cinematic polish, and system reliability across the project. Key features delivered include object-based selection with sphere ground detection; comprehensive final cutscene enhancements (polish, transitions, skybox, motion blur, camera focus); Correct Actions tooling and visuals; gravity-based lanterns and lighting system improvements; and a full cutscenes rework with navigation, credits, and blinking eyes. Major bug fixes focused on cutscene launch stability, NAR/null reference issues, and scene/level linking to improve reliability. Overall impact: enhanced player experience, higher engagement potential, and more robust gameplay systems with cleaner workflows. Technologies demonstrated: Unity/C#, shader tweaks, VFX, lighting and cinematics, performance optimization, and disciplined Git-based workflow.
June 2025 highlights for S-oul/AstroCube_Team_05: Delivered key UX improvements, cinematic polish, and system reliability across the project. Key features delivered include object-based selection with sphere ground detection; comprehensive final cutscene enhancements (polish, transitions, skybox, motion blur, camera focus); Correct Actions tooling and visuals; gravity-based lanterns and lighting system improvements; and a full cutscenes rework with navigation, credits, and blinking eyes. Major bug fixes focused on cutscene launch stability, NAR/null reference issues, and scene/level linking to improve reliability. Overall impact: enhanced player experience, higher engagement potential, and more robust gameplay systems with cleaner workflows. Technologies demonstrated: Unity/C#, shader tweaks, VFX, lighting and cinematics, performance optimization, and disciplined Git-based workflow.
May 2025 performance snapshot for S-oul/AstroCube_Team_05: Delivered substantial narrative, UI, and endgame enhancements, stabilized core rendering paths, expanded transformer-like sequencer capabilities, and improved testing coverage. Focused on delivering business value through polished player experience, robust sequences, and clearer in-game feedback while maintaining a scalable codebase.
May 2025 performance snapshot for S-oul/AstroCube_Team_05: Delivered substantial narrative, UI, and endgame enhancements, stabilized core rendering paths, expanded transformer-like sequencer capabilities, and improved testing coverage. Focused on delivering business value through polished player experience, robust sequences, and clearer in-game feedback while maintaining a scalable codebase.
April 2025 performance summary for S-oul/AstroCube_Team_05. The team delivered a mixture of gameplay features, visuals improvements, tooling upgrades, and level stabilization work, while addressing critical build and runtime issues to support future level releases. Focus was on enabling richer storytelling, improving user feedback and debug efficiency, and stabilizing the integration of new levels and assets across the project.
April 2025 performance summary for S-oul/AstroCube_Team_05. The team delivered a mixture of gameplay features, visuals improvements, tooling upgrades, and level stabilization work, while addressing critical build and runtime issues to support future level releases. Focus was on enabling richer storytelling, improving user feedback and debug efficiency, and stabilizing the integration of new levels and assets across the project.
Month 2025-03 for S-oul/AstroCube_Team_05 delivered major visual enhancements, new rendering capabilities, and a clean audio pipeline cleanup. Key features include Rubik's Cube visuals with centralized settings and consistent animation timing, Mandelbulb fractal visualization, and camera/post-processing improvements that elevate visual fidelity. A significant cleanup involved rolling back Wwise audio integration and resolving a merge-related issue to stabilize feature rollout.
Month 2025-03 for S-oul/AstroCube_Team_05 delivered major visual enhancements, new rendering capabilities, and a clean audio pipeline cleanup. Key features include Rubik's Cube visuals with centralized settings and consistent animation timing, Mandelbulb fractal visualization, and camera/post-processing improvements that elevate visual fidelity. A significant cleanup involved rolling back Wwise audio integration and resolving a merge-related issue to stabilize feature rollout.
February 2025 monthly summary for S-oul/AstroCube_Team_05. Focused on delivering core gameplay infrastructure, editor tooling, and QA scaffolding to accelerate designer iteration cycles and reduce risk. Key outcomes include a foundation for the Rubik's Cube gameplay, strengthened level design workflow, and a robust QA-ready environment for future sprints.
February 2025 monthly summary for S-oul/AstroCube_Team_05. Focused on delivering core gameplay infrastructure, editor tooling, and QA scaffolding to accelerate designer iteration cycles and reduce risk. Key outcomes include a foundation for the Rubik's Cube gameplay, strengthened level design workflow, and a robust QA-ready environment for future sprints.
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