2065 SENIOR GEOMETRICAL ASSURANCE ENGINEER (31156)

Requirements:
• Solid experience and proven expertise in geometrical integration of systems and components, with strong focus on Geometry Assurance, preferably within the automotive or heavy vehicle industry;
• Strong technical knowledge of:
o GD&T
o Gap & Flush principles
o Stack-up and chain calculations
o Reference systems and datum targets
o Measurement points and drawings
o Stability and repeatability of parts
o Isostatism principles
o 3D CAD tools (Creo)
• Fluency in English (mandatory);
• A Master’s degree in a relevant engineering field is considered an advantage.

Activities:
• As a Senior Geometrical Assurance Engineer (GAE) within our VGA Team / Vehicle Geometric Architecture, you will play a key role in shaping robust vehicle architectures and contributing to the transformation of the transport industry and society at large.
• You will be responsible for the geometrical integration of systems and components, with a strong focus on Geometry Assurance, ensuring robust, repeatable, and manufacturable solutions throughout the full vehicle development lifecycle.
• You will lead cross-commodity geometrical assurance activities, delivering architecture and integration solutions aligned with defined introductions, component/system roadmaps, and long-term strategic plans. This includes securing balanced solutions across geometry, weight, dimensions, and interfaces, within the QDCF framework, considering platform strategies, technology development, and project-specific requirements across multiple vehicle programs over time.
• You will own the geometric assurance of the complete vehicle, acting as a technical reference for stack-up chains, pre-tolerancing, and variation risk management at multi-system interfaces.
• In addition, you will lead the geometric assurance of the complete vehicle, ensuring design robustness, manufacturability, and assembly repeatability from concept phase through SOP. You will act as a technical reference in stack-up chains, pre-tolerancing, and variation risk management at multi-system interfaces, securing perceived quality, functional clearances, and assembly consistency.