Control & Protection Engineer – HVDC Service

Do you want to develop advanced control and protection functions for some of the world's largest power transmission projects?

As a Control & Protection Engineer, you will work with the development, configuration, and verification of control and protection applications for HVDC systems. Using graphical programming environments for real-time systems, you will design and implement functionality for control, monitoring, automation, and protection.

You will be part of an international engineering team and work closely with system engineers, test engineers, and commissioning teams throughout the project lifecycle.

This role is ideal for someone who enjoys solving technical challenges, learning new technologies, and collaborating with colleagues from different disciplines and cultures. Personal qualities, curiosity, and a willingness to grow are just as important as technical skills.

• Develop control and protection applications using graphical programming tools.
• Configure real-time applications for HVDC control systems.
• Perform simulation, testing, and verification in laboratory environments.
• Participate in system testing, Factory System Tests (FST), and commissioning activities.
• Troubleshoot and improve functionality, performance, and control logic.
• Document functions, system solutions, and test results.
• Collaborate with system, network, cybersecurity, and site teams in global project environments.

• A degree in Electrical Engineering, Power Systems, Electronics, Automation, Computer Engineering, or a related field.
• Interest in control systems, automation, software development, and real-time applications.
• Strong analytical and problem-solving skills.
• Ability to work in a structured way in technically complex environments.
• Good communication skills in English. Swedish is considered an advantage.
• A collaborative and proactive mindset with the ability to work effectively in international teams.

• Experience with control and protection systems within the power industry.
• Experience with graphical function block programming, such as HiDraw, Simulink, or PLC Function Block Diagram (FBD).
• Knowledge of power systems, HVDC, FACTS, or substation automation.
• Experience with real-time systems, simulation environments, or system testing.
• Experience from commissioning, testing, or field activities is considered a plus.