Senior Computational Geometry Engineer - CAD/Kernel Expert

SAEKI Robotics; Kloten; On-site; CHF 140,000 - 210,000; Full time

Benefits offered by this job

Mission

Total Ownership

Environment: state-of-the-art facility

Team: Special Forces model

Compensation: salary + equity

Location: Zurich HQ

Job summary

SAEKI Robotics is building the operating system for autonomous factories, enabling Europe to manufacture mission-critical components at software speed. The Computational Geometry Engineer will own the geometry core of the Manufacturing Intelligence stack, transforming arbitrary CAD models into manufacturable processes and proving correctness on the factory floor.

You will work with a geometry kernel, indulge in topological reasoning, and collaborate to integrate third-party tools where needed.

Qualifications

• 5+ years building geometry-heavy software in production (CAD/CAM, geometry kernels, feature recognition, CAE/simulation preparation).
• Expertise in B-rep and mesh processing, topology, and robust geometry algorithms.
• Hands-on with a geometry kernel (Parasolid/OpenCASCADE/ACIS) and mesh/point-cloud processing libraries.
• Strong command of modern C++ (17+), plus Python; Rust welcome.
• Knowledge of fabrication techniques and design manufacturability considerations.

Responsibilities

• Own the geometry core of the Manufacturing Intelligence stack and the factory codebase.
• Lead end-to-end design and implementation from concept to shipped, tested services.

Skills

5+ years experience

B-rep and Mesh Depth

Kernel Fluency

Technical Excellence

Manufacturing Instinct

End-to-End Ownership

First Principles Thinker

Industrial Grit

Maniacal Urgency

Tools

Parasolid

OpenCASCADE

ACIS

libigl

Open3D

CGAL

PCL

STEP

Job description

SAEKI Robotics is building the operating system for autonomous factories, enabling Europe to manufacture mission-critical components at software speed. The Computational Geometry Engineer will own the geometry core of the Manufacturing Intelligence stack, transforming arbitrary CAD models into manufacturable processes and proving correctness on the factory floor.

You will work with a geometry kernel, indulge in topological reasoning, and collaborate to integrate third-party tools where needed.