Stage 1: how she learned it
University degree in civil engineering.
Provided the technical foundation for managing large-scale construction projects and understanding built infrastructure.
From tunnels and bridges to leading construction and grid for a renewable energy developer — proof that engineering skills transfer straight into the energy transition.
Stage 1: how she learned it
University degree in civil engineering.
Provided the technical foundation for managing large-scale construction projects and understanding built infrastructure.
Stage 2: skills acquired
Working student roles during studies in construction management.
Gained hands-on site experience and practical understanding of project coordination, timelines and contractor management.
Stage 3: how she learned it
Applied for and secured a role at a renewable energy project developer during her master's studies.
Transitioned from conventional infrastructure into the green energy sector; gained understanding of the wind energy project lifecycle.
Stage 4: how she learned it
Construction project manager for wind turbines from 2023, later moving into planning and permitting.
Managed full construction phases of wind energy projects; developed understanding of the entire project lifecycle from land acquisition to commissioning.
Stage 5: how she learned it
Promoted to Head of Construction and Grid from summer 2025, leading a team of grid and construction managers.
Overseeing multiple renewable energy projects simultaneously; coordinating subcontractors and ensuring successful grid connections across wind, solar and battery storage projects.
Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Education and Culture Executive Agency (EACEA). Neither the European Union nor EACEA can be held responsible for them.