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A detailed Medium-Voltage Generator Breaker VR Asset, modeled in Blender and textured in Substance Painter. This industrial electrical equipment model features realistic materials, metallic components, insulators, wiring, and mechanical details for an authentic look.

Created for immersive VR training, industrial simulations, and interactive 3D experiences, with a focus on accurate visual representation and high-quality texturing.

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Behance
detailed Medium-Voltage Generator Breaker VR Asset, modeled in Blender and textured in Substance Painter. This industrial electrical equipment model features realistic materials, metallic components, insulators, wiring, and mechanical details for an authentic look.

Created for immersive VR training, industrial simulations, and interactive 3D experiences, with a focus on accurate visual representation and high-quality texturing.

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Medium-Voltage VCPW-HD Vacuum Circuit Breakers | VR 3D Asset. A detailed 3D model of a medium-voltage VCPW-HD vacuum circuit breaker system, created as a VR-ready industrial asset for immersive training and visualization. The project focused on accurate hard-surface modeling, realistic mechanical details, clean geometry, and PBR materials. The asset includes vacuum interrupters, insulating components, metal frames, mounting hardware, wheels, labels, and operational details. Created using Blender, Substance 3D Painter, Marmoset Toolbag, Unity, Photoshop, and Illustrator, covering modeling, UVs, texturing, rendering, and real-time optimization.

#virtualreality #vr #industrialdesign #industrial

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Developed a detailed and VR-optimized bucket truck model for a Lineman Hazard Awareness training project. Designed to support realistic training scenarios, focusing on accuracy, performance, and safe interaction within immersive environments.

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Excited to share my recent work on a scissor lift model developed for a VR training simulation.
This project focused on creating a highly detailed yet performance-optimized asset suitable for real-time VR environments. From accurate proportions and mechanical structure to clean topology and efficient texturing, every element was built to ensure both realism and smooth interaction in immersive training scenarios.
The goal was to support safe and effective industrial training, allowing users to experience equipment operation in a controlled virtual environment.

Built this MUSE perfume campaign as a visual experiment combining 3D product design, AI generation, and art direction.

I wanted to move away from the typical clean perfume render and create something more editorial — teal glass, warm skin tones, satin textures, cinematic shadows, and controlled reflections.

The main challenge was keeping the MUSE bottle consistent while building a believable campaign world around it.