Internship in Software Development for Friction Welding and Magnetarc Welding Controllers

Support in the development and programming of PLC controls (e.g., Siemens TIA Portal; Beckhoff TwinCAT3). Participation in the development of high-level language applications (e.g., C#, C++ or similar) and backend systems (APIs, data processing, interfaces). Support in the creation and further development of frontend applications / visualizations (HMI, Web-UIs). Participation in database connection and maintenance as well as support in automation and process control solutions. Conducting tests, commissioning, and troubleshooting on machines and systems. Collaboration in interdisciplinary teams from electrical engineering, software, and mechanics. Start date: from March (approx. 6 months).

Support in the development and programming of PLC controls (e.g., Siemens TIA Portal; Beckhoff TwinCAT3). Participation in the development of high-level language applications (e.g., C#, C++ or similar) and backend systems (APIs, data processing, interfaces). Support in the creation and further development of frontend applications / visualizations (HMI, Web-UIs). Participation in database connection and maintenance as well as support in automation and process control solutions. Conducting tests, commissioning, and troubleshooting on machines and systems. Collaboration in interdisciplinary teams from electrical engineering, software, and mechanics.

Enrolled students (m/f/d) in the fields of electrical engineering, automation technology, mechatronics, computer science, or a comparable course of study. A complete application with CV, certificates, current grade reports, and cover letter is desired (one PDF). Good programming skills (e.g., C#, C++ or similar). Initial experience with PLC programming and automation technology is an advantage. Interest in mechanical engineering, industrial plants, and technical processes. Basic understanding of software architectures (frontend/backend, databases) is an advantage.

Diversity, Flexible working hours