Technical 3D Artist · Tools Developer
I build procedural systems and production tools — Blender add-ons in Python, GPU compute shaders and C++ geometry backends that take the repetitive work out of 3D production.
01 / About
I'm a technical 3D artist and software developer based in Baghdad, Iraq, specializing in procedural generation and workflow automation. I engineer complex systems with Blender's Python API, Geometry Nodes and GPU compute shaders to streamline 3D production pipelines.
At Parametra I build custom add-ons that extend core software and remove manual bottlenecks from artist pipelines, and I integrate local LLMs and AI image generation into PBR material workflows. Since 2022 I've also been publishing technical Blender tutorials that break down the math behind advanced Geometry Nodes setups.
My path here is a little unusual: I graduated in veterinary medicine in 2024, while already making Blender tutorials and tools. The two worlds still meet in PixelScan WSI, the microscope imaging app I built and shipped on the side.
Cities, parcels, terrain and scattering systems driven by rules and math instead of hand placement.
Blender add-ons in Python (bpy, bmesh) that extend the software and remove manual bottlenecks.
Hydraulic, thermal and fluvial erosion, vehicle physics, crowds, pathfinding and ragdolls.
GLSL compute shaders, OpenMesh geometry processing and OpenCV / libvips imaging.
02 / Work
Add-ons, simulation systems and native tools — from GPU terrain erosion to procedural cities, crowds and traffic.
A Gaea / World Machine-style terrain generator that lives inside Blender — a non-destructive layer stack of generators, shaping operations and erosion simulations, running entirely in GPU compute shaders.
Procedural city blocks for Blender — parcel subdivision, algorithmic house fitting, context-aware yard scattering and lot-specific fences and walls.
Crowd simulation for Blender — procedural placement for stadiums, streets and queues, path-drawn crowds, obstacle-aware navigation, procedural outfits and event-triggered ragdolls.
Traffic simulation, car rigging and crash physics for Blender — real-time urban traffic synchronized with iCity, drifting with dynamic tire marks, and a custom vehicle physics model.
A native C++ backend for procedural city generation — computational geometry that turns city bounds into blocks, lots and efficiently packed layouts.
Also built
Whole-slide imaging for the microscope you already have — a C++ desktop app that stitches a live camera feed into gigapixel slides, with a viewer, measurements and SVS / OME-TIFF export. Shipped on the Microsoft Store.
03 / Experience
Sep 2024 — Present
2022 — Present
04 / Toolkit
