PURPOSE OF THE POSITION

To support the development, implementation, and continuous improvement of automated manufacturing and Robot cell processes by integrating robotics, PLC systems, and industrial automation technologies. The position is responsible for ensuring efficient, safe, and reliable production line operations through equipment commissioning, process optimization, troubleshooting, and collaboration with cross-functional teams, suppliers, and corporate engineering standards within an automotive manufacturing environment.

RESPONSABILITIES

Supporting the implementation of new projects in close collaboration with cross‑functional project teams
Programming FANUC / Kuka / Comau industrial robots using Teach Pendant (TP) language
Programming Siemens S7 / Allen Bradley / PLCs
Integrating robotic systems with PLCs via PROFINET communication
Performing start‑up and commissioning of robotic production lines in the automotive industry




Cooperating with corporate design teams and equipment suppliers to ensure proper installation in accordance with customer specifications and safety standards
Support Process Engineer in Creating process flow charts, PFMEA/FMEA, and work instructions based on project documentation
Active involvement in the development of technical specifications and machine safety requirements
Coordinating and executing testing activities for new equipment and manufacturing processes
Creation of Preventive maintenance plan and routines for robopt cell
Definne list of critical spare parts for robot cell

Developing work instructions and safety instructions, and conducting operator and maintenance training
Creating and updating time studies and cycle‑time analyses and implement optimizations
Designing layouts for robot cell equipment and production areas
Organizing and participating in internal and external trial builds, including supplier FAT and plant SAT
Preparing process parameter cards and setup documentation for robot cell
Analyzing root causes of

📌 Site Manufacturing Automation Professional (México)
🏢 Opmobility
📍 México