AI-Driven Robot Controller Modernization (Thesis)

Sandvik Coromant; Gimo; Sur place; SEK 201 000 - 312 000; Plein temps

Avantages offerts par ce poste

Lump-sum compensation

Thesis credits 30

Résumé du poste

Sandvik Coromant in Gimo, Sweden, invites a student to join a thesis project on AI-supported modernization of V+ applications. The work lasts about 20 weeks and corresponds to 30 credits.

The project is conducted in collaboration with the Engineering Blanks team and offers lump-sum compensation upon completion. The candidate will perform AI-assisted analysis, documentation, code drafts, and test generation for a well-defined sub-part, with verification against a virtual 3D model.

Qualifications

• Final year of Master’s or Bachelor’s degree in automation, mechatronics, electrical or computer engineering
• Basic knowledge of PLC programming and/or industrial robotics
• Interest in simulation and virtual commissioning; CAD/3D simulation is an advantage
• Systematic, critical work approach with ability to measure and document results
• Good English or Swedish communication skills
• Experience with AI tools for software development is a plus.

Responsabilités

• Assist AI-enabled analysis of an V+ application to produce documentation and test ideas
• Develop AI-assisted documentation for the selected part of the V+ system
• Help generate first-draft code and test criteria from the original application
• Document failure patterns and verify against a 3D model

Connaissances

PLC programming

Industrial robotics

English/Swedish

Systematic analysis

Documentation

Formation

Automation/mechatronics/EE/CE degree

Outils

CAD software

3D simulation

Description du poste

Sandvik Coromant in Gimo, Sweden, invites a student to join a thesis project on AI-supported modernization of V+ applications. The work lasts about 20 weeks and corresponds to 30 credits.

The project is conducted in collaboration with the Engineering Blanks team and offers lump-sum compensation upon completion. The candidate will perform AI-assisted analysis, documentation, code drafts, and test generation for a well-defined sub-part, with verification against a virtual 3D model.