Company Overview
Pixel Image is a dynamic software and content creation company headquartered in Scotland, UK, with a talented production team based in Pune, India. We specialise in creating high-quality architectural digital experiences and immersive visual content for UK residential and commercial developers. Our Pune studio operates across 8 production PODs, each delivering photorealistic 3D visualisation, CGI renders, and virtual tours for real client projects — not concept or portfolio work.
Role Summary
We are looking for a skilled 3D Modeller with a genuine background in architectural visualisation (ArchViz) and robust proficiency in Blender to join our production team. This role is specifically for someone who has built their career visualising real buildings and spaces for architecture, real estate, or property marketing — not general 3D modelling, gaming, product visualisation, or film/VFX work. You will play a key role in bringing architectural concepts to life for real UK client projects, directly influencing how our design ideas are visualised and presented.




Key Responsibilities
• Design Collaboration: Work closely with designers and project managers to understand architectural concepts, design intent, and client brand/marketing requirements for each project.
• 3D Modelling: Create detailed, accurate 3D models of architectural structures and spaces using Blender, built directly from architectural drawings and reference material.
• Texturing & Lighting: Develop high-quality textures, materials, and lighting setups to produce realistic, market-ready architectural renderings.
• Visualisation Output: Produce polished 3D visualisations — stills, walkthroughs, or virtual tours — to showcase design options for client presentations and internal design reviews.
• Accuracy & Compliance: Ensure every model adheres to architectural guidelines, scale, and project requirements, cross-checking against drawings and client specifications.
• Model Optimisation: Optimise

📌 3D Artist (India)
🏢 Pixel Image India
📍 India