3D Texturing Artist

Job Title: 3D Texturing Artist.

Department: Immersive Technologies.

Location: Vapi, Gujarat.

Reports To: XR Lead

Experience: 2–5 Years

Job Purpose:

To create high-quality, physically based (PBR) textures and technical art maps for a physics-driven robotic surgical training simulator built in Unity. The role will be responsible for texturing surgical instruments, medical devices, operating-room environments, metals, plastics, sterile surfaces, and organic tissues while maintaining consistent texel density, material quality, memory efficiency, and real-time rendering performance suitable for workstation GPU environments.

Key Responsibilities:

1. PBR Texturing & Material Creation

• Create production-ready PBR textures for surgical instruments, medical devices, robotic components, operating-room environments, and organic assets.

• Develop high-quality Albedo/Base Color, Normal, Metallic, Roughness/Smoothness, Ambient Occlusion, and other required texture maps.

• Create realistic material definitions for metals, plastics, glass, rubber, ceramics, surgical surfaces, sterile materials, and biological/organic tissues.

• Develop textures from 3D model and sculpt handoffs while preserving required surface details and visual fidelity.

• Ensure physically accurate material response appropriate for real-time surgical simulation.

2. Channel-Packed Texture & Technical Art Workflows

• Create and maintain channel-packed textures to optimize GPU memory and material performance.

• Implement project-specific packing standards such as:

• R = Metallic
• G = Ambient Occlusion
• A = Smoothness
• • Ensure gloss/smoothness and roughness maps are correctly converted and exported according to the defined Unity pipeline.
• • Validate packed textures for accuracy, consistency, and compatibility with Unity materials.
• • Support optimization of texture memory through efficient channel usage and resolution management.

3. Trim Sheet & Modular Asset Texturing

• Develop and maintain trim-sheet workflows for modular surgical instruments, robotic components, and environment asset families.

• Create efficient UV layouts that maximize texture-space utilization.

• Ensure consistent material appearance across assets using shared trim sheets and reusable texture libraries.

• Support modular asset development while minimizing redundant texture memory and draw-call overhead.

4. UV Mapping & Texel Density Management

• Create and optimize UV layouts using Maya, Blender, or equivalent tools.

• Maintain consistent texel density across the complete asset library.

• Ensure appropriate UV packing and utilization based on asset importance and camera visibility.

• Support second UV channel creation for lightmap UVs where baked lighting is used.

• Identify and resolve UV overlaps, stretching, distortion, seams, and inefficient texture-space utilization.

5. Substance Painter / Designer Workflow

• Create production-ready textures using Substance Painter, Substance Designer, or equivalent PBR tools.

• Build reusable Substance materials, procedural textures, and graphs for frequently used materials and asset families.

• Generate textures from high-poly sculpt and low-poly model workflows.

• Incorporate baked information such as curvature, cavity, AO, thickness, and other maps into material creation where required.

• Maintain reusable and scalable material libraries for the simulation project.

6. Medical, Surgical & Organic Material Development

• Develop realistic material definitions for surgical instruments, medical devices, operating-room surfaces, and organic tissues.

• Create material variations for:

• Stainless steel and surgical metals
• Medical-grade plastics
• Rubber and silicone
• Glass
• Sterile OR surfaces
• Soft tissues
• Anatomical structures
• Other medical/surgical materials
• • Work with clinical and visual SMEs where required to ensure appropriate representation of medical materials and surfaces.
• • Support the development of realistic tissue characteristics including surface variation, subtle color variation, roughness, folds, wrinkles, and tension-related details.

7. Unity Look-Development & Validation

• Validate materials and textures directly within Unity to ensure correct visual output and real-time performance.

• Work closely with Look-Dev Artists, Technical Artists, Unity Developers, and Simulation Engineers to resolve material and rendering issues.

• Verify correct interpretation of Normal, Metallic, Smoothness/Roughness, AO, and other texture maps within Unity.

• Evaluate materials under different lighting conditions and camera distances relevant to surgical training scenarios.

• Support optimization for workstation GPU budgets without compromising required visual quality.

8. Technical Art & Performance Optimization

• Optimize texture resolution, compression, channel packing, material complexity, and texture memory usage.

• Create instancing-friendly materials and reusable texture systems where required.

• Support efficient texture workflows for modular environments and large asset libraries.

• Identify performance bottlenecks related to textures and materials and recommend appropriate solutions.

• Work with Technical Artists to maintain consistent rendering and material standards across the simulator.

9. Cross-Functional Collaboration

• Work closely with 3D Modelers, Sculpting Artists, Look-Dev Artists, Technical Artists, Unity Developers, Simulation Engineers, and Clinical SMEs.

• Receive and process asset handoffs from modeling and sculpting teams.

• Collaborate with Look-Dev and Technical Art teams to establish and maintain material standards.

• Participate in regular art pipeline reviews and production meetings.

• Communicate texture quality issues, dependencies, and technical blockers proactively.

• Explore new PBR, procedural texturing, technical-art, and real-time rendering techniques.

• Contribute to improving texture production efficiency, material realism, and GPU performance.

• Stay updated with emerging workflows in Substance, Unity, medical visualization, XR/VR/AR, gaming, and real-time simulation.

• Contribute to the development of reusable material libraries and procedural workflows for future simulation projects.

Qualifications and Experience:

• Diploma / Bachelor's degree / equivalent qualification in 3D Design, Animation, Game Art, Multimedia, Visual Effects, Medical Visualization, or a related field.

• 2–5 years of professional experience in 3D texturing, material creation, or PBR asset production.

• Strong professional experience with Substance Painter and/or Substance Designer, or equivalent PBR texturing tools.

• Proven experience creating and optimizing PBR textures for real-time applications.

• Strong understanding of channel-packed textures and trim-sheet workflows.

• Experience with UV mapping and maintaining consistent texel density.

• Experience with high-poly to low-poly baking workflows.

• Experience working with Unity or another real-time engine is preferred.

• Experience working within a multi-artist production pipeline is preferred.

• Experience in medical visualization, surgical simulation, gaming, XR/VR/AR, VFX, or digital-twin projects will be an added advantage.

Skills and Competencies:

• Strong proficiency in Substance Painter and/or Substance Designer.

• Strong understanding of PBR texturing and physically based material workflows.

• Strong knowledge of Albedo/Base Color, Normal, Metallic, Roughness, Smoothness, AO, and other texture maps.

• Strong understanding of channel packing and texture memory optimization.

• Good understanding of trim-sheet workflows and modular asset texturing.

• Strong UV mapping and texel density management skills.

• Good understanding of high-poly / low-poly baking workflows.

• Basic to intermediate proficiency in Maya and/or Blender for UV and asset preparation.

• Understanding of Unity material and texture validation workflows.

• Understanding of real-time rendering and GPU performance considerations.

• Strong eye for material quality, surface realism, consistency, and detail.

• Strong attention to naming conventions, file organization, and production standards.

• Good communication and collaboration skills.

• Ability to work effectively with artists, engineers, technical teams, and clinical SMEs.

• Passion for immersive technologies, digital art, simulation, medical visualization, and healthcare innovation.

Key Performance Indicators (KPIs):

• Quality and realism of PBR textures and materials created.

• Accuracy and consistency of channel-packed texture outputs.

• Compliance with project texel density, UV, texture resolution, and naming standards.

• Quality and efficiency of trim-sheet and modular texturing workflows.

• Successful Unity validation and visual consistency of materials.

• Texture memory and GPU performance optimization.

• Quality and usability of reusable Substance materials and texture libraries.

• Successful handover of production-ready texture assets to Look-Dev and Unity teams.

• Timely completion of assigned texturing activities.

• Effective incorporation of artistic, technical, and clinical feedback.

• Contribution to improving the visual quality and performance of the immersive surgical training simulator.

Portfolio Requirement:

• Candidates must submit a professional portfolio demonstrating strong PBR texturing and material creation capabilities.

• Portfolio should preferably include:

• PBR texture breakdowns
• Packed texture examples
• Trim-sheet layouts
• UV layouts and texel density examples
• High-poly to low-poly baking examples
• Surgical/medical materials where available
• Metal, plastic, glass, rubber, and organic materials
• Unity or other real-time engine examples
• Substance Painter/Designer work
• Real-time optimized assets