On ThunderGodess, I led the development of the body and suit. The goal was clarity at scale, so the work leaned heavily into layered detail, material breakup, and controlled spec response under harsh stage lighting. Every surface needed to read from distance while still rewarding closeups. Ian Spriggs handled the likeness, which gave us a strong anchor in realism from the start; that allowed the body work to stay grounded while pushing stylization through costume and surface treatment.
A concrete example, the suit used multiple roughness zones and micro normal variation to avoid flattening under LED wall exposure. Without that, the character collapses visually once brightness spikes.
Seraphim was a different challenge entirely. This was my first time building a feather system at this density, combined with more than 300 embedded eyes across the wings. The main focus was structure and readability in motion. Feathers cannot behave like simple cards at this scale, they need hierarchy, clustering, and controlled randomness to feel alive without turning into noise.
We built a system that balanced groom detail with performance constraints, ensuring the wings maintained volume and silhouette during animation. The eyes added another layer, requiring careful placement and shading so they felt integrated rather than pasted on. Getting that right took iteration across lookdev and animation passes.
ThunderGodess body and suit were developed in ZBrush with a focus on anatomical accuracy and clean deformation flow. High resolution sculpting was paired with tertiary detailing to support extreme closeups. Texturing and look development were handled with a layered approach, combining displacement, micro normals, and calibrated roughness maps. Rendering and validation were done in Arnold before Unreal Engine integration.
The suit relied on multi material blending to maintain visual separation under intense lighting conditions. Shader tuning in Unreal Engine ensured consistency between offline and real time outputs, especially in specular response and skin shading.
The result is a pair of characters that sit comfortably between hyperreal and mythological. They are designed for impact, built for real time, and tuned for a live audience environment.
All credit to the LightVFX team for bringing the full ÆDEN show together. The level of execution across the board was high, and it shows.
Seraphim required a custom feather workflow. Feathers were organized into structured groups to maintain silhouette and avoid visual noise. Groom complexity was balanced against performance targets for real time playback. The integration of over 300 eyes across the wings required precise UV layout, shading control, and animation testing to preserve readability.
ÆDEN points to where this is going. Characters stop being assets and start behaving like presences; responsive, aware, and built to exist inside the same space as the audience. The line between performance, simulation, and identity keeps getting thinner.
We are moving toward fully real time digital beings that can adapt live, driven by animation systems, AI layers, and audience input. A character like ThunderGodess is no longer a fixed design; it becomes a platform that can evolve visually and emotionally depending on context, music, and interaction.
).webp)
