Case Study · Games · Real-Time

EA Sports Madden Series

Real-time environments & PBR material pipelines for one of gaming's most iconic franchises. Built for the broadcast era of sports.

AAA
Game Quality
100+
Assets Built
PBR
Material Pipeline
60fps
Target Frame Rate
Click to play with sound
0:00 / 0:00
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Crafting real-time worlds
for EA's Madden NFL

Working on EA Sports' Madden NFL series was an opportunity to push real-time environment art to its limits — balancing visual fidelity with the strict performance budgets that console gaming demands. The "Made in Game" initiative specifically challenged us to create assets that looked photorealistic under dynamic lighting conditions, something historically difficult in real-time engines.

The goal was to make players feel like they were standing inside a broadcast-quality stadium — not just playing in a simulated one.

My contributions spanned the full environment pipeline: from initial concept blocking in Maya through high-frequency detail sculpting, PBR material creation in Substance, and final in-engine integration and optimization within Unreal Engine. Every asset had to meet strict poly-count, texture-budget, and draw-call targets while still holding up under the engine's dynamic day/night lighting system.

A core challenge was developing tileable and modular material libraries that could dress entire stadium environments efficiently. I built Substance Designer graphs for surfaces like natural turf, painted concrete, weathered metal railings, and stadium seating — ensuring each material responded authentically to PBR lighting without custom shaders.

PBR
Material Pipeline
60fps
Target Frame Rate
AAA
Console Standard

Key Contributions

  • Developed PBR material workflow libraries for dynamic lighting environments (turf, concrete, metal, fabric)
  • Built modular stadium environment kits optimized for real-time rendering budgets
  • Executed high-frequency detail sculpts in ZBrush baked to game-ready meshes
  • Created Substance Designer graphs for scalable, tileable surface materials
  • Collaborated with lighting artists to ensure material responses were consistent across in-game lighting rigs
  • Contributed to environment optimization passes — LOD setup, texture atlasing, and occlusion culling review
  • Participated in internal art reviews and integrated feedback from Art Directors and Technical Artists

This project sharpened my understanding of the intersection between artistic intent and technical constraint — a balance I carry into every design challenge I take on today. The discipline of working within real-time budgets directly informs how I think about performance in product design systems.