Project Engineer Control Systems WinCC OA | Projektingenieur Leittechnik WinCC OA (m/w/d) (KZ 2704)
de engineering gmbh
Job Summary
This role involves the comprehensive planning and implementation of control system solutions for HVDC projects, with a strong emphasis on SCADA systems. The successful candidate will be responsible for creating and maintaining HMI interfaces, specifications, manuals, and signal databases, as well as coordinating signal lists with internal teams, external clients, and suppliers. Key activities include system integration, conducting signal tests in the test field, and supporting acceptance tests and commissioning. This position is ideal for an electrical engineering, automation, or computer science graduate with significant experience in energy transmission control systems, particularly with WinCC OA and process data integration. It offers the chance to contribute to innovative projects shaping the future of energy.
Required Skills
Education
Degree in Electrical Engineering, Automation Technology, or Computer Science
Experience
- Several years of professional experience in control systems for energy transmission
- Profound knowledge in WinCC OA and the integration/processing of process/signal data
- Experience with database systems for signal mediation
- Project and communication experience
Languages
Additional
- Not specified
More Jobs from de engineering gmbh
Junior Project Engineer Energy Supply | Junior Projektingenieur Energieversorgung (KZ 2432)
Sep 5, 2025
This Junior Project Engineer role focuses on managing projects within the electrical energy supply s...
Signal Switching Engineer Energy Technology | Ingenieur Signalvermittlung Energietechnik (m/w/d) (KZ 2705)
Sep 5, 2025
This role is for a dedicated Signal Switching Engineer specializing in Energy Technology, responsibl...
Electrical Design Engineer / Secondary Systems Planner (Electrical Engineering) | Elektrokonstrukteur / Sekundärplaner Elektrotechnik (m/w/d) (KZ 2703)
Sep 5, 2025
This role involves the crucial task of planning and designing secondary systems for high and extra-h...