PhD Chief Engineer

We are looking for a highly qualified PhD-level specialist with strong theoretical and practical expertise to develop advanced algorithms for real-world challenges in electrical systems and power networks. This role focuses on bridging cutting-edge research with practical implementation, particularly in the context of digital substations, measurement technologies, and power system performance.
The ideal candidate will contribute to the development of innovative, market-oriented solutions by designing, modeling, and validating algorithms using advanced simulation tools such as MATLAB.
Requirements
PhD in Electrical Engineering, Power Systems, Applied Mathematics, or a related field
Strong theoretical background combined with hands-on experience in algorithm development
Proven experience with MATLAB for modeling, simulation, and validation
Solid understanding of power systems, including grid structure, measurement, and protection principles
Knowledge of power quality and electricity standards is a strong advantage
Ability to move from theory to implementation efficiently and effectively
Strong analytical thinking and problem-solving skills
Responsibilities
Develop, optimize, and implement algorithms addressing real market needs in electrical and power systems
Design and perform simulations (primarily in MATLAB) to validate models and system performance
Translate complex theoretical concepts into practical, scalable engineering solutions
Support product development by integrating algorithmic solutions into measurement and analysis systems
Collaborate with R&D and cross-functional teams to ensure alignment with market and product requirements
Contribute to research-driven innovation in areas such as power quality, grid performance, and digital substations
What we offer
Direct cooperation with the already successful, long-term, and growing project.
Flexible work arrangements.
Collaborative and supportive team culture.
Truly competitive salary.
Help and support from our caring HR team.