Robotics Engineer China Hub

Objectives\:

• Design, develop, and deploy robotic systems and automation solutions that enhance operational efficiency, quality, and safety across manufacturing and logistics processes. Translate operational requirements into robust robotic architectures, integrating hardware, software, and control systems into production-ready solutions. Partner with engineering, operations, and innovation teams to evaluate, prototype, and scale robotics capabilities through structured delivery processes (Gate 0–3), ensuring compliance with safety standards and long-term maintainability.

• Key Responsibilities\:

• 1.Robotics System Design & Development

• Design and develop robotic systems including manipulators, autonomous mobile robots (AMRs), and collaborative robots (cobots) for production and logistics environments.

• Develop control algorithms, motion planning, and sensor integration for reliable and safe robotic operations.

• Create simulation models and digital twins to validate system designs before physical deployment.

• Define hardware specifications, interface requirements, and integration architectures for robotic cells and systems.

• 2.Integration & Commissioning

• Lead the integration of robotic systems with existing production lines, PLCs, MES, and warehouse management systems.

• Manage commissioning activities including programming, calibration, testing, and performance validation.

• Develop and execute test protocols to verify system safety, reliability, and cycle-time requirements.

• Ensure compliance with CE marking, machinery directives, and functional safety standards (ISO 10218, ISO/TS 15066).

• 3.Software & Controls Engineering

• Develop robot programs (e.g., KUKA KRL, ABB RAPID, Universal Robots Script, ROS/ROS2) for diverse applications.

• Implement vision systems, force/torque sensing, and AI-based perception for adaptive robotic tasks.

• Design and maintain PLC interfaces, communication protocols (OPC-UA, MQTT), and SCADA integration.

• 4.Innovation & Continuous Improvement

• Evaluate emerging robotics technologies, sensors, and AI capabilities for potential application in operations.

• Conduct proof-of-concept development and pilot projects for new automation solutions.

• Drive continuous improvement of existing robotic installations through performance monitoring and optimization.

• 5.Communication & Stakeholder Management

• Translate complex robotics concepts into clear documentation and presentations for cross-functional stakeholders.

• Prepare technical specifications, project documentation, and Gate 0–3 materials for investment decisions.

• Act as a trusted technical partner, supporting operations teams with training, troubleshooting, and knowledge transfer.