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Freelance · 3D & Game Environments

Blender Python Automation & 3D Pipelines

Repetitive 3D work is a software problem. My asset packs are produced by Python pipelines in Blender — generating modular geometry, baking textures, building collision, exporting to FBX and rendering galleries — so a whole pack can be rebuilt consistently after any change.

  • Python
  • Blender (bpy)
  • bmesh
  • FBX
  • glTF
  • Unreal Engine 5

What I can help with

Blender Python automation — what's included

  • 01

    Procedural geometry

    Scripts that build modular pieces or parametric objects from code.

  • 02

    Bake & material pipelines

    Automated UV, bake and material setup across many assets.

  • 03

    Collision generation

    Engine-ready UCX / convex collision built automatically.

  • 04

    Batch export

    Consistent FBX / glTF export with naming, pivots and validation reports.

  • 05

    Automated renders

    Gallery images, thumbnails and turntables generated in batch.

  • 06

    Studio tools

    Custom Blender tools for repetitive steps in your workflow.

Relevant experience

Built on real work

  • Tavern Props pipeline

    Tavern Props — 25 Pieces

    Scripted modifiers → UVs → bake → materials, plus automatic convex collision and FBX export for 25 props.

  • Modular geometry builder

    Medieval Tavern Interior Kit

    Python builder authoring all 43 pieces in Unreal coordinates, with grid, pivot and UV rules applied in code.

  • Victorian Manor tooling

    Victorian Manor Interior Kit

    Scripts for architecture, furniture, procedural rugs, material variants, baking, export, gallery and trailer.

A good fit if…

  • Your team repeats the same steps on many assets
  • Exports are inconsistent — pivots, naming, scale or collision
  • You want procedural or parametric content generated from data

Remote · based in Hyderabad, India

How we'll work

A clear process, even when the problem isn't

I don't need to know everything before I start — I need to know how to figure it out.

  1. 01

    Understand

    Break down the problem and understand the system.

  2. 02

    Explore

    Research technologies and possible approaches.

  3. 03

    Build

    Create a practical working implementation.

  4. 04

    Debug

    Find bottlenecks, failures, and edge cases.

  5. 05

    Improve

    Optimize performance, reliability, scalability, and usability.

  6. 06

    Ship

    Deploy, monitor, support, and iterate.

Contact

Have a problem worth solving?

Whether you're building a product, solving a technical challenge, or exploring an interesting idea, I'd be happy to connect.

Send a message