
I love working at the intersection of academia and industry, combining academic rigour with the practical needs of industrial projects. My experience spans high-fidelity numerical simulations, experiments and fast engineering models. I support organisations with yield analysis, wake modelling, farm-to-farm interactions, and wind farm control design.
While many know me for the Gaussian/Bastankhah wake model, I am just as dedicated to solving new industrial challenges.
When I’m not modelling fluid dynamics, I’m usually busy being a dad of two.
Based in Durham, UK.

Like Obelix, I fell into the cauldron of renewables at a young age and haven’t looked back.
I completed my MSc in Wind Energy at DTU before working as a wind consultant at Mott MacDonald. I then joined RWE where I worked as a Principal Wind Analyst, developing the layout optimisation, floating yield and post-construction assessment capabilities on top of standard resource assessment tasks.
Often described as a "Swiss Army knife" by my colleagues, I enjoy the challenge of unexplored technical frontiers and solving technical puzzles.
Outside of work, you’ll find me cycling around Paris or on the squash court.
Based in Paris, France.

I care about the beauty of the solution as much as the math; my passion is solving design problems, whether in systems engineering or graphic design.
I'm a Physicist and scientific programmer. I hold a PhD in multidisciplinary design analysis and optimisation of offshore wind farms from TU Delft and spent six years as the technical lead in offshore wind farm optimisation at RWE and Shell.
When I’m not deep in a codebase, I’m usually re-discovering the small details of life through the eyes of my two small children, reminding me what really matters.
Based in Hamburg, Germany.
01
Integrated system optimisation, LCOE reduction, analysis speed up
02
Yield certainty, SCADA analysis, asset performance
03
Workflow modernisation, single discipline optimisation
04
Integrated system optimisation, multidisciplinary workflow
05
Pre-construction yield assessment, aeroelastic turbine modelling