Senior C++ Geometric Kernel Engineer

OPEN MIND Technologies AG; Bologna; Ibrido; EUR 65.000 - 90.000; Tempo pieno

Vantaggi offerti da questo lavoro

Hybrid work model

Meal vouchers

State-of-the-art tools & equipment

Training & study groups

International team in Italy

Descrizione del lavoro

OPEN MIND Technologies AG in Bologna or Pesaro seeks a Senior Software Engineer to maintain and develop low-level mathematical algorithms in the CAD/CAM kernel, including NURBS and optimization, with multi-threading support for real-life machining tasks.

You will collaborate in an Agile environment, propose innovative concepts, and contribute to a team with over 20 years of CAD/CAM expertise, helping advance core geometric functionalities.

Competenze

• Studied mathematics, physics or mechanical engineering.
• Proficient in C++ for low-level kernel development.
• Experience with CAD/CAM or geometric algorithms is a plus.
• Interest in NURBS, differential geometry and numerical optimization.

Mansioni

• Analyze requirements for CAD/CAM software development.
• Enhance existing modules and implement new features.
• Maintain core geometric kernel and develop algorithms.
• Collaborate in an Agile team with sprint planning and reviews.
• Contribute new ideas and learn from an experienced team.
• Join a team with 20+ years of CAD/CAM expertise.

Conoscenze

C++ proficiency

Software development experience

Mathematical problem solving

Fluency in Italian (B2)

Fluency in English (B2)

CUDA/GPU programming

Formazione

Mathematics/Physics/Mechanical engineering background

Strumenti

CUDA/GPU programming

Descrizione del lavoro

OPEN MIND Technologies AG in Bologna or Pesaro seeks a Senior Software Engineer to maintain and develop low-level mathematical algorithms in the CAD/CAM kernel, including NURBS and optimization, with multi-threading support for real-life machining tasks.

You will collaborate in an Agile environment, propose innovative concepts, and contribute to a team with over 20 years of CAD/CAM expertise, helping advance core geometric functionalities.