Job Description

- Independent programming of special-purpose machines in plant engineering (S7, WinCC, PCS7) - Design and implementation of control software, operating units, and safety functions - Creation of programming specifications and PLC programming - Support of development processes and commissioning - Independent error analysis and troubleshooting - Communication with customers and suppliers

Requirements

- Completed technical training in electrical engineering (apprenticeship, HTL, master craftsman, university of applied sciences, university, or equivalent) - Excellent knowledge of common PLC programming languages - Experience with Simatic products such as TIA Portal, WinCC - Practical experience in WinCC system design - Good knowledge of operating and development principles of SCADA and HMI systems - Experience in plant commissioning - Proficient reading and understanding of electrical and process schematics - Experience with frequency converters and pneumatic systems - Basic knowledge of JavaScript, VBS, and C - Basic knowledge of servo systems is an advantage - Excellent English skills - Strong communication skills and team spirit - Independent, structured, and solution-oriented work approach

Additional Information

- Completed technical training in electrical engineering (apprenticeship, HTL, master craftsman, university of applied sciences, university, or equivalent) - Excellent knowledge of common PLC programming languages - Experience with Simatic products such as TIA Portal, WinCC - Practical experience in WinCC system design - Good knowledge of operating and development principles of SCADA and HMI systems - Experience in plant commissioning - Proficient reading and understanding of electrical and process schematics - Experience with frequency converters and pneumatic systems - Basic knowledge of JavaScript, VBS, and C - Basic knowledge of servo systems is an advantage - Excellent English skills - Strong communication skills and team spirit - Independent, structured, and solution-oriented work approach