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Postdoc Adaptive Damping of Electrical Oscillations in Offshore Energy Systems - Job Opportunity at TU Delft

Delft, Netherlands
Full-time
Senior
Posted: February 3, 2025
On-site
EUR 40,536 - 63,972 per year

Benefits

Customizable compensation package
Health insurance discounts
Monthly work costs contribution
Flexible work schedules
Relocation assistance
Dual Career Programme for partners
Access to advanced research facilities

Key Responsibilities

Lead research on oscillatory stability in multi-gigawatt offshore energy systems
Develop adaptive damping control mechanisms
Conduct off-line and real-time digital simulations
Organize cocreation workshops with stakeholders
Publish research findings in scientific journals
Coach and mentor master students
Collaborate with multidisciplinary research teams

Requirements

Education

PhD in Electrical Engineering, Power Systems or closely related field

Experience

Not explicitly stated but post-doctoral level research experience required

Required Skills

Power system stability expertise EMT modeling and simulation Power Electronic Converters knowledge Control Systems Design and Testing Software programming (Python) Scientific writing Team collaboration English language proficiency
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Sauge AI Market Intelligence

Industry Trends

Rapid expansion of offshore wind energy systems creating unprecedented stability challenges Growing focus on grid integration of renewable energy sources Increasing demand for advanced control systems in power electronics Rising importance of real-time digital simulation in power systems research

Salary Evaluation

The offered salary range is competitive for postdoctoral positions in the Netherlands, aligning with academic research positions in Western Europe. The range allows for experience recognition and reflects the specialized nature of the role.

Role Significance

Part of a specialized research group within the Intelligent Electrical Power Grids Section, typically involving 5-10 direct collaborators
Senior research position with significant autonomy and responsibility for innovative solutions in critical energy infrastructure

Key Projects

Multi-gigawatt offshore energy system stability analysis Advanced control system development for power electronics Real-time digital simulation implementation Industrial partnership research initiatives

Success Factors

Strong theoretical foundation in power systems and control theory Ability to bridge academic research with practical industrial applications Experience with real-time digital simulation tools Exceptional analytical and problem-solving capabilities Strong publication track record in relevant fields

Market Demand

Very high demand due to global energy transition initiatives and the critical nature of grid stability research for renewable integration

Important Skills

Critical Skills

Power system stability analysis - fundamental for role objectives EMT modeling - essential for accurate system simulation Control system design - core to developing stability solutions Programming skills - necessary for implementation and testing

Beneficial Skills

Dutch language skills Project management capabilities Grant writing experience Industrial collaboration experience

Unique Aspects

Access to advanced ESP Laboratory with extensive testing facilities
Direct involvement with industry partners
Multi-disciplinary research environment
Focus on real-world implementation of theoretical advances

Career Growth

2-3 years in current role with potential for academic or industry advancement based on research impact

Potential Next Roles

Associate Professor Principal Research Scientist R&D Team Lead in Industry Technical Consultant for Energy Systems

Company Overview

TU Delft

TU Delft is one of Europe's leading technical universities with a strong reputation in sustainable energy research

Top-tier technical institution globally recognized for engineering and technology research
Central player in European energy research with strong industry connections
International, research-focused environment emphasizing innovation and collaboration
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