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Hi, I'm Namrakumar Koyani, a Computer Science student at IIIT Vadodara with a passion for 3D asset creation and AI-driven pipelines. I design and script procedurally generated 3D meshes using Blender Python and JavaScript, delivering 100+ production assets per week while keeping build logic reproducible for AI training. I am pursuing a B.Tech in Computer Science and enjoy applying computer vision, SLAM, and photogrammetry to build interactive experiences and digital heritage projects. I collaborate well with remote teams and love turning reference images into accurate geometry and scalable data for AI models.…Hi, I'm Namrakumar Koyani, a Computer Science student at IIIT Vadodara with a passion for 3D asset creation and AI-driven pipelines. I design and script procedurally generated 3D meshes using Blender Python and JavaScript, delivering 100+ production assets per week while keeping build logic reproducible for AI training. I am pursuing a B.Tech in Computer Science and enjoy applying computer vision, SLAM, and photogrammetry to build interactive experiences and digital heritage projects. I collaborate well with remote teams and love turning reference images into accurate geometry and scalable data for AI models.

Namrakumar Koyani

3D Designer, 3D Modeler, 3D Visualizer, +7

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Hi, I'm Namrakumar Koyani, a Computer Science student at IIIT Vadodara with a passion for 3D asset creation and AI-driven pipelines. I design and script procedurally generated 3D meshes using Blender Python and JavaScript, delivering 100+ production assets per week while keeping build logic reproducible for AI training. I am pursuing a B.Tech in Computer Science and enjoy applying computer vision, SLAM, and photogrammetry to build interactive experiences and digital heritage projects. I collaborate well with remote teams and love turning reference images into accurate geometry and scalable data for AI models.…Hi, I'm Namrakumar Koyani, a Computer Science student at IIIT Vadodara with a passion for 3D asset creation and AI-driven pipelines. I design and script procedurally generated 3D meshes using Blender Python and JavaScript, delivering 100+ production assets per week while keeping build logic reproducible for AI training. I am pursuing a B.Tech in Computer Science and enjoy applying computer vision, SLAM, and photogrammetry to build interactive experiences and digital heritage projects. I collaborate well with remote teams and love turning reference images into accurate geometry and scalable data for AI models.

Available to hire

Hi, I’m Namrakumar Koyani, a Computer Science student at IIIT Vadodara with a passion for 3D asset creation and AI-driven pipelines. I design and script procedurally generated 3D meshes using Blender Python and JavaScript, delivering 100+ production assets per week while keeping build logic reproducible for AI training.

I am pursuing a B.Tech in Computer Science and enjoy applying computer vision, SLAM, and photogrammetry to build interactive experiences and digital heritage projects. I collaborate well with remote teams and love turning reference images into accurate geometry and scalable data for AI models.

Skills

Experience Level

Expert

Expert

Expert

Expert

Expert

Expert

Expert

Expert

Expert

Expert

Expert

Language

English

Advanced

Hindi

Fluent

Gujarati

Fluent

Work Experience

3D Modeling and Python Specialist (Contractual SDE) at Xelron (AI 3D Asset Collection Project)

April 1, 2026 - Present

Authored Blender Python (bpy) and Three.js/JavaScript scripts to procedurally generate collision-accurate 3D meshes from 2D masked and RGB reference images using geometric primitives and Boolean operations (union, subtraction, extrusion), delivering 100+ production assets per week. Produced structured JSON/JS outputs encoding mesh geometry and build logic for AI model training pipelines, supporting geometric construction and trajectory reasoning across 500+ annotated 3D assets. Maintained trajectory logs of sequential build actions to ensure reproducibility and traceability across AI training pipeline submissions. Validated mesh accuracy through screenshot alignment audits against 2D reference images, achieving 96%+ reliability across all deliverables.