3D CAD AI Engineer: ML, Cloud & Factory Edge

Imnoo AG; Lavamünd; Hybrid; EUR 60.000 - 90.000; Vollzeit

Zusammenfassung

Imnoo AG in Austria seeks a hybrid CAD AI IoT Engineer / Tinkerer to bridge software architecture and factory-floor hardware. You will prototype, train, and deploy ML models that understand geometry and feed our AI quoting and planning engines.

You design cloud services, APIs, and data pipelines, work across languages and platforms, and refine edge pipelines for real-time manufacturing analytics. You thrive on solving hard geometry problems with scalable solutions.

Qualifikationen

• Hands-on ML/DL development with real deployment experience.
• Strong mathematics: linear algebra, geometry, statistics.
• 3+ years of software engineering with Python and C++/C#.
• Experience with 3D graphics, rendering, CUDA/GPU work.
• Production systems experience under heavy load.

Aufgaben

• Develop advanced feature-extraction and data-processing solutions for 3D CAD, 2D, and batch data feeding ML systems.
• Build, train, and industrialize deep learning models that understand geometry and drive quoting/calculation engines.
• Enhance and extend 2D/3D/CAD tools and geometry solutions.
• Design, engineer, and own cloud services, APIs, and automated model training/deployment from PoC to production.
• Work across cloud, data, CV and ML services spanning multiple languages and platforms.

Kenntnisse

Machine learning

Deep learning

Mathematics

Software engineering

3D geometry

CUDA / GPU programming

Problem solving

Tools

Python

C++

C#

PyTorch

PyTorch Lightning

scikit-learn

CUDA

Docker

Jobbeschreibung

Imnoo AG in Austria seeks a hybrid CAD AI IoT Engineer / Tinkerer to bridge software architecture and factory-floor hardware. You will prototype, train, and deploy ML models that understand geometry and feed our AI quoting and planning engines.

You design cloud services, APIs, and data pipelines, work across languages and platforms, and refine edge pipelines for real-time manufacturing analytics. You thrive on solving hard geometry problems with scalable solutions.