ellyess benmoufok

Computational science, energy systems, optimisation, and applied modelling.

PhD candidate in Computational Science working across wind energy systems, optimisation workflows, and applied scientific software.

Systems Lens

Principle

Formulate the system clearly.

Principle

Optimise under real constraints.

Principle

Stress-test assumptions with data.

Research Engineering

Methods for reducing systematic error in wind resource estimation pipelines, with emphasis on robust calibration and reproducible evaluation.

Energy Systems

Scenario design and optimisation experiments for large-scale energy system planning using PyPSA-Eur and scientific Python tooling.

Applied Optimisation

A practical optimisation interface translating formal models into clear decision support for iterative strategy tuning.

Creative Practice

Explorations in musical composition and sound design, blending technical precision with artistic expression.

Research

Wind energy systems, optimisation methods, and computational modelling.

Code

Scientific software and implementation-focused engineering output.

Music

Music production and sound explorations.