Clunky Park

Phase 1: Custom Physics & Control Logic The core innovation centered on creating "intentionally clunky" yet responsive vehicle physics. Using C# within Unity, I engineered a custom driving model that rewards precision drifting and careful acceleration. This phase involved rigorous iteration on collision handling and suspension logic to ensure that navigating high-consequence obstacles felt rewarding rather than frustrating.

Phase 2: Level Architecture & Hazard Integration Design shifted toward creating "Visual Punctuation" through level layout. I architected diverse stages featuring dynamic hazards like swinging wrecking balls and fire barriers. Each level was designed as a physics-based puzzle, offering high-risk shortcuts that challenge the player's mastery of the three-star grading metrics: Time, Fuel, and Lives.

Phase 3: Mobile-First UI/UX & Optimization To ensure seamless mobile accessibility, I designed a clean, colorful UI/UX optimized for touchscreen interaction. This included an intuitive on-screen joystick and a clear HUD that communicates real-time performance data. Significant effort was placed on draw-call reduction and asset optimization to maintain a high frame rate across various mobile hardware specifications.

Phase 4: Auditory Identity & Polish The final layer involved creating a cohesive auditory experience to match the playful, cartoony aesthetic. I produced and integrated all sound effects and music tracks, ensuring the audio feedback reinforced the tactile feel of the car's movement and environmental impacts. This final polish phase transformed the technical prototype into a commercially-ready mobile experience.