Job Title: 3D Sculpting Artist
Department: Immersive Technologies
Location: Vapi, Gujarat.
Reports To: XR Lead
Experience: 2–5 Years
Job Purpose:
To create high-fidelity organic, anatomical, and tissue-based 3D sculptures for an immersive, physics-based robotic surgical training simulator. The role will focus on developing realistic anatomical forms, tissue structures, landmarks, deformable regions, and other organic assets required for surgical training and simulation. The position will work as the second stage of the 3D art pipeline between modeling and texturing, ensuring high-quality sculpted assets are optimized and prepared for real-time Unity simulation.
Key Responsibilities:
1. Digital Sculpting & Organic Asset Development
• Create high-quality digital sculpts of anatomical structures, tissues, organs, and other organic forms required for surgical simulation.
• Develop detailed high-resolution sculpts with anatomically appropriate forms, surface details, tissue characteristics, and landmarks.
• Create organic forms that are visually transparent and readable within surgical training environments.
• Develop realistic secondary and tertiary surface details such as folds, creases, wrinkles, pores, tissue transitions, and anatomical landmarks.
• Ensure sculpted assets maintain the required balance between visual fidelity, training readability, and real-time performance requirements.
2. Anatomy & Surgical Training Assets
• Create and refine anatomical models based on approved references and clinical inputs.
• Work with Clinical Subject Matter Experts (SMEs) to incorporate feedback on anatomical form and visual representation.
• Develop tissue and anatomical regions relevant to surgical procedures and robotic training scenarios.
• Refine modeler blockouts into detailed, production-ready organic assets.
• Ensure consistency in anatomical proportions, forms, landmarks, and surface characteristics across the simulator.
3. High-Resolution Sculpting & Bake Preparation
• Devel
📌 3D Sculpting Artist (Vapi)
🏢 Meril
📍 Vapi