Case study 02
A readable battlefield wrapped in controlled spectacle.
Final outputCreative + technical goal
Create a bold alien biome with high-contrast combat reads, define destructible and static asset families early, and turn the visual language into a reusable mobile-ready kit.
The world needed to feel energetic and unfamiliar while terrain, cover, threats, and traversal remained instantly readable on a mobile screen. Spectacle could support play, but never obscure it.
Alien geology, modular structures, emissive materials, effects, and destructible objects all competed for attention. Production also needed enough reuse to build multiple spaces without flattening their identity.
Reference + composition
References were selected for broad terrain massing, readable horizons, modular rhythm, and controlled color zoning. Each source answered a production question: how a landmark organizes travel, how an industrial kit stays distinct from alien geology, and how large terrain bands remain legible before surface detail. Pencil thumbnails and blockouts then tested those principles at gameplay scale.
Landmark + combat lanes
Kit + geology
AI-generated · concept phaseReference → target → final
The palette assigns gameplay function. Dark ground stabilizes combat, cyan supports orientation, coral identifies danger or destructibility, and magenta remains part of the biome rather than an interaction cue.
Final frame · material hierarchy
Final frame · value structurePortfolio color-direction analysis
Key light
#53C5D9Midtone
#6F8D72Shadow
#182A46Material / local
#D98DBAAtmosphere
#9EB6D9Accent
#F06448Mood + visual target
AI-generated · concept phase“Explore broadly. Translate selectively. Author the final decision in engine.”
I established the biome logic, combat-readability goals, and modular shape language before expanding the search. Leonardo and Stable Diffusion helped compare material, lighting, and emissive possibilities; ChatGPT and Claude helped structure research, storyboard beats, production questions, and concise guidance. The useful results were translated into authored palette boundaries, material families, contrast priorities, and kit rules.
Team + pipeline
I organized the art team around structural pieces, terrain, props, destructible assets, and landmarks. Shared dimensions and assembly rules reduced ambiguity, while reviews evaluated assets in context and at gameplay scale rather than only in close presentation views.
Visual targets, proportion references, review priorities, and acceptance criteria give on-site or distributed artists and external vendors a reliable path from first submission to approved asset, regardless of team size.
Performance constraints were translated into visible art rules so the art team could protect the intended read while making efficient production decisions.
Engine + performance
Final engine execution
The final world was assembled in Unity URP from reusable modular kits. Static pieces framed combat and orientation; destructible pieces received stronger interaction cues without breaking the larger environment language.
Optimization
LODs protected the silhouettes that mattered as distance increased. Trim sheets and atlasing reduced material overhead, and geometry reviews placed detail where it changed gameplay-scale perception. The same discipline improved both frame performance and combat clarity.
Outcome
Asset language defined before production
Distinctive alien worlds, readable combat spaces, and a modular art system designed for mobile performance.