Vigorsol Air Action: Ice-Themed Racing Experience

Arcade Racing Architecture & Verse Track Systems

Engineered an arcade racing experience for the official Vigorsol Air Action "Play it Fresh" contest in UEFN (Unreal Engine 5 for Fortnite). Acting as the sole programmer alongside a 3D environment artist, I implemented the complete race lifecycle, checkpoint validation logic, branded boost pickups, and starting cinematics using Verse.

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Core Gameplay: Octane High-Speed Winter Circuit

Players raced the high-mobility Rocket League Octane vehicle across an icy winter circuit filled with strategic shortcuts and dynamic track hazards:

• Branded Vigorsol Speed Boosts: Custom 3D Vigorsol gum packs placed along optimal racing lines that provided an instant forward acceleration burst upon vehicle contact.
• Ice Obstacles & Snow Hazards: Scattered ice cubes that applied a temporary deceleration debuff upon collision, alongside physical snowbanks penalizing off-track driving.

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Technical Architecture & Verse Systems

Race Lifecycle & Checkpoint Validation Pipeline

• Sequential Checkpoint Tracking: Built a Verse state machine managing strict checkpoint sequencing, lap progression, and anti-shortcut verification to ensure competitive track integrity.
• Race Clock & Lap Timing: Calculated split times per checkpoint and recorded overall race completion times for final standings.

Synchronized Starting Grid & Intro Cinematics

• Starting Line Controller: Integrated Level Sequencer cinematic camera sweeps with Verse triggers, locking vehicle controls during the starting sequence and releasing all players simultaneously on the green light.

In-Game HUD & Leaderboards

• Custom Screen Notifications: Designed custom UI messages and alerts informing racers of lap completions, speed boosts, and hazard slowdowns.
• End-Race Standings: Displayed post-race leaderboards sorting players by total completion time.

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