About The Position

Join OPmobility, a global group dedicated to advancing mobility, and take on meaningful challenges to shape the next generation of transportation. As a Site Industrial and Machinery Design Engineer, you will be instrumental in engineering, programming, implementing, integrating, and troubleshooting automated plant systems. This role involves working with Programmable Logic Controllers (PLCs) and PLC-based machinery, utilizing Siemens Step 7, TIA Portal, and SIMATIC/AVEVA InTouch (Wonderware) HMI modules in C++ programming. You will also implement advanced industrial vision solutions using Keyence and Cognex systems to command FANUC and ABB robots for precision welding. This position is crucial for controlling and operating high-volume fuel tank system and component manufacturing processes, ensuring efficient and safe interaction between production teams and machinery.

Requirements

  • Bachelor's degree in Mechatronics Engineering, Industrial Engineering, Mechanical Engineering or related.
  • Twenty-four months of experience as an Engineer, Design Engineer, or related.
  • Experience in engineering, programming, and implementing automated plant systems including Programmable Logic Controllers (PLCs) and PLC-based equipment systems using Siemens Step 7, TIA Portal, and SIMATIC HMI modules tools, in C++ programming language, or related.

Responsibilities

  • Engineer, program, implement, integrate, and troubleshoot automated plant systems including Programmable Logic Controllers (PLCs) and PLC-based machinery and equipment systems.
  • Utilize Siemens Step 7, TIA Portal, and SIMATIC and AVEVA InTouch (Wonderware) Human Machine Interface (HMI) modules, in C++ programming language, using WinCC flexible, ProTool, and Wonderware tools.
  • Control and operate high volume fuel tank system and component manufacturing processes, including injection/blow molding, welding, and assembly for OEM passenger vehicle projects.
  • Ensure production team members can efficiently and safely interact with production machinery with software.
  • Implement advanced industrial vision solutions using Keyence VS, IX, IV, and AutoID software, and Cognex In-Sight vision systems.
  • Command FANUC and ABB robots for precision component welding via robot-mounted welding units.
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