Data‑Driven Offshore Wind System Designer

Ringhals AB; Kolding; On-site; DKK 750,000 - 1,050,000; Full time

Job summary

Vattenfall is seeking a Wind Farm System Designer to turn complex data into informed decisions for Europe’s offshore wind projects. You will perform techno-economic assessments, develop designs balancing production, cost and feasibility, and use Python and analytics tools to support robust decisions.

The role emphasizes cross-functional collaboration with experts, and advancing value through innovative concepts while contributing to the energy transition.

Qualifications

• Master's degree in Engineering, Economics, Data Science, Mathematics, Physics or related field; PhD advantageous.
• Strong problem-solving abilities and the skill to convert complex information into business insights.
• Interest in Python and applying AI-enabled tools to improve efficiency and decision-making.

Responsibilities

• Perform techno-economic assessments to evaluate offshore wind concepts and inform decisions.
• Develop offshore wind farm designs balancing energy production, cost, feasibility, and constraints.
• Drive levelised energy cost and value improvements by challenging assumptions and exploring innovations.
• Translate technical and market data into clear, executive-level recommendations.
• Build data-driven analyses and automation using Python and analytics platforms to improve decision quality.
• Develop neutral reference cases to evaluate future technologies for informed stakeholder decisions.

Skills

Python

AI tools

Data analysis

English fluency

Education

Master's degree

Tools

Power BI

Excel

Databases

Job description

Vattenfall is seeking a Wind Farm System Designer to turn complex data into informed decisions for Europe’s offshore wind projects. You will perform techno-economic assessments, develop designs balancing production, cost and feasibility, and use Python and analytics tools to support robust decisions.

The role emphasizes cross-functional collaboration with experts, and advancing value through innovative concepts while contributing to the energy transition.