You will be responsible for designing robotic arm solutions and adapting them to automotive production lines, including core component selection, structural optimization, and motion control debugging
Job Summary
You will be responsible for designing robotic arm solutions and adapting them to automotive production lines, including core component selection, structural optimization, and motion control debugging.
The role involves on-site installation, calibration, programming, and integration of robotic arms with PLC, vision systems, and servo drives to ensure efficient and stable production line operation.
You will also conduct routine inspections, troubleshooting, technical support, and training, while optimizing processes and supporting new technology implementation in automotive automation.
Matching Summary
You will be responsible for designing robotic arm solutions and adapting them to automotive production lines, including core component selection, structural optimization, and motion control debugging.
Skills & Requirements
Must-have
Six-axis and collaborative robot programming
Mechanical design software SolidWorks and AutoCAD
PLC programming and robot teaching
Profinet/EtherCAT communication protocols
On-site robotic arm installation and calibration
Industrial robotic arm fault diagnosis and repair
Nice-to-have
Experience with ABB, Fanuc, and UR robot models
RobotStudio simulation software
ROS system knowledge
Machine vision debugging skills
Strong communication and documentation skills
English technical reading and writing ability
Key Requirements
Bachelor's degree or above in mechanical design, robotics, electrical engineering, or automation
Around 3 years industrial robotic arm development/application/debugging experience
Industrial robot operation and maintenance certification preferred