Eric Zhang
☺
creative practice specializing in design & motion
Golden man
Skills: Concept Design, Look Development, UV Mapping, 3D, Texturing & Shading
Tools: Maya, Photoshop, Substance Suite
Project Overview
Created as part of an Alien-inspired feature film, this portfolio project showcases cinematic world-building across a diverse lineup of extraterrestrial creature designs.
Art Direction
-
Visual Style & Aesthetic: Established an eerie, biomechanical aesthetic inspired by H.R. Giger's surrealist horror, blending organic anatomy with hard-surface extraterrestrial forms.
-
Form & Silhouette: Focused on exaggerated proportions and imposing, menacing silhouettes to emphasize species diversity and underlying narrative threat.
-
Color & Surface Palette: Directed a muted, desaturated color scheme utilizing wet specular highlights, iridescent chitin, translucent skin-like materials, and deep shadow contrast to evoke atmospheric tension and realism.
Role & Responsibilities
-
Creature Asset Artist: Served as 3D Artist focused on the production of core hero and ambient creature assets—including the Drifter, Bell, Proboscis, and Eggs.
-
Look Development & Pipeline Execution: Led comprehensive look development across all four creatures, executing precise geometry refinement, mesh optimization, and clean UV unwrapping.
-
Texturing & Shading: Developed high-fidelity textures and custom shading networks, blending photorealistic organic details with subtle fantastical elements to achieve a grounded, otherworldly alien aesthetic.
Creature 1 - Drifter
-
Concept & Look Development
-
Anatomical Conceptualization: Defined the visual identity and structural biology of the Drifter, balancing lightweight marine-inspired fluid dynamics with unsettling extraterrestrial mechanics.
-
Look Development & Surface Definition: Established custom shading networks to render translucent skin layers, layered muscle depth, and iridescent outer chitin that react dynamically to atmospheric in-scene lighting.
-
Form & Silhouette Refinement: Refined overall proportions and mesh flow to ensure plausible movement and distinct readability against dark, atmospheric cinematic environments.
-
Drifter Concept Art and R&D


3D Model

Final Render
Creature 2 - Bell
-
Concept & Look Development
-
Anatomical Conceptualization: Designed the Bell variant around a bulbous, umbrella-like silhouette inspired by deep-sea medusozoans, incorporating pulsing muscular ribs and an eerie, floating presence.
-
Look Development & Subsurface Shading: Engineered complex subsurface scattering (SSS) networks to achieve a semi-translucent dome layer, allowing underlying organic structures and internal illumination to show through realistically. Leveraged Maya XGen custom geometry archives to distribute thorny organic surface details.
-
Silhouette & Surface Detail: Refined geometric contours and delicate outer ribbing to ensure a distinct, recognizable silhouette that reads clearly across varied lighting setups and camera distances.
-
Bell Concept Art and R&D


3D Model

Maya XGen custom archives for thorny surface details.
Final Render
Creature 3 - Probocis
-
Concept & Look Development
-
Anatomical & Functional Design: Conceptualized the Proboscis around an aggressive feeding apparatus, featuring a fleshy upper stalk paired with an elongated, highly detailed prehensile trunk.
-
Surface Texturing & XGen Grooming: Authored intricate skin textures with heavy vascularity and vein networks, utilizing custom Maya XGen archives to scatter dense, organic thorny elements along the appendage.
-
Subsurface & Specular Shading: Developed advanced shading networks to model realistic subsurface light penetration on skin layers, complemented by high specular wetness across the trunk to highlight its unsettling movement and texture.
-
Probocis Concept Art and R&D


3D Model

Maya XGen custom archives for thorny surface details.
Final Render
Creature 4 - Egg
-
Concept & Look Development
-
Biomechanical & Translucent Design: Conceptualized the alien egg pod around translucent, gel-like membrane structures, balancing fragile organic viability with unsettling biomechanical forms.
-
Subsurface Scattering & Interior Details: Engineered multi-layered subsurface scattering (SSS) shaders to illuminate internal embryonic silhouettes and vein networks when reacting to ambient light sources.
-
Environmental Integration & Materiality: Authored detailed surface textures with damp specular wetness and organic membrane wear to anchor the eggs naturally within host environments and flora.
-
Egg Concept Design and R&D

3D Model

Final Renders


