Mercedes-Benz

ADAS Sensor Calibration Engineer 智能驾驶传感器标定工程师

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Objectives：

  • Act as function owner for end-to-end sensor calibration (EOL, after-sales, and online) across current and next-generation ADAS/AD systems.

  • Define calibration requirements by integrating inputs from production, workshop, and real-world customer driving behavior.

  • Align technical specifications with HW and SW suppliers, ensuring robust lifecycle delivery and defect-free calibration performance.

Main tasks\:

1. Act as function owner for end-to-end sensor calibration (EOL, after-sales, and online) across current and next-generation ADAS/AD systems.

  • Define overall calibration concept and strategy covering\:

    • EOL (production line calibration)

    • After-sales / workshop calibration

    • Online / in-field calibration

  • Ensure consistency of calibration logic, accuracy targets, and fallback mechanisms across all scenarios

  • Establish calibration interface definitions with ADAS perception and sensor abstraction layers

2. Align calibration infrastructure and system setup with production and after-sales teams, ensuring a globally consistent and scalable solution.

  • Define overall calibration infrastructure architecture across\:

    • Production (EOL calibration stations)

    • After-sales (workshop/service tools)

  • Align with production teams on\:

    • Calibration station setup (hardware, tooling, layout)

    • Process workflows and cycle time constraints

  • Define calibration sequence, automation level, and quality gates

  • Define service calibration concept, including procedures, user guidance and integration into diagnostic/service tools

3. Align technical specifications with HW and SW suppliers, ensuring robust lifecycle delivery and defect-free calibration performance

  • Define and align calibration-related technical specifications with suppliers, including\:

    • Calibration algorithms and parameterization

    • Sensor HW capabilities affecting calibration (e.g., accuracy, stability, interfaces)

  • SW architecture and integration requirements

  • Ensure clear and testable specifications across HW and SW domains

  • Align and define\:

    • Interfaces between sensor HW, calibration SW, and ADAS system

    • Data formats, communication protocols, and parameter exchange mechanisms

  • Ensure compatibility with sensor abstraction layer and system architecture

  • Support smooth integration into vehicle E/E and ADAS platform

  • Implementation Tracking & Delivery Assurance. Track supplier deliverables across lifecycle\: Requirement implementation, SW releases and updates and Calibration parameter versions

  • Ensure compliance with specifications and timely delivery aligned with project milestones

  • Drive issue closure before SOP-critical gates