Geometry with consequences. Deep learning on 3D CAD data where correctness translates into steel and aluminum, not pixels.

The ultimate tinkerer's playground. Physical machines, shop floors, and modern cloud architectures all in one stack.

Tangible impact. Your work feeds the data pipelines that power our AI quoting and calculation engines. Factories operate differently because of what you ship.

High autonomy. A fragmented industry full of unsolved problems, and the freedom to prototype, test, and deploy your own solutions end-to-end.

What you'll do:

1. Develop advanced feature-extraction and data-processing solutions for 3D CAD, 2D, and batch data feeding our machine learning systems.

2. Build, train, and industrialize deep learning models that understand geometry and drive our quoting, calculation, and optimization engines.

3. Enhance and extend our 2D/3D/CAD tools and geometry solutions.

4. Design, engineer, and own cloud services, APIs, and automated model training/deployment — from proof of concept to production under real load.

5. Go deep across interconnected cloud, data, computer vision, and ML services spanning multiple languages and platforms.

For over 10 years at Imnoo at Imnoo, we are bridging the gap between applied artificial intelligence and heavy industrial machinery.

Imnoo is sustainability focused, creating real value as well as a profitable company with stable base.

We aren't just riding the recent AI wave, we have been deeply rooted in machine learning and statistical analysis for 10 years, delivering real, measurable value to a stable, loyal client base of manufacturers.

Imnoo is a leading SaaS platform built to analyze CNC parts, automate quoting and planning, and seamlessly connect the cloud with real manufacturers and shop-floor machines. We are looking for a unique hybrid (a CAD AI IoT Engineer / Tinkerer) who thrives at the intersection of software architecture and physical hardware. You won't just be writing code behind a desk; you will be the mastermind connecting our battle-tested algorithms directly to the pulse of the factory floor. If you love reverse-engineering industrial protocols, building edge data pipelines, and parsing complex 3D geometry to automate the business of manufacturing, this is your playground.

Requirements