PhD: 3D BEP Modelling for Safer Dikes

Delft University of Technology (TU Delft); Delft; Presencial; EUR 34.000 - 43.000; Jornada completa

Descripción de la vacante

TU Delft is seeking a motivated candidate for a PhD position focused on experimental BEP modelling beneath dikes. You will develop new experimental setups, incorporate novel measurements, and explore 3D pipe network meandering in BEP under field-like conditions.

You will analyze grain-scale interactions, study effects of a non-uniform blanket layer, and use image analysis and spatial statistics to understand BEP progression, contributing to improved predictive models and flood protection.

Formación

• Master's degree in Civil Engineering or a closely related field.
• Strong interest in experimental research and physical modelling.
• Programming skills (Python and MATLAB) and interest in image analysis and data processing.
• Affinity with granular materials, fluid–soil interaction, or soil erosion processes.
• Experience with laboratory work, imaging techniques, or particle-scale measurements (preferred).
• Strong scientific writing skills and ability to publish.
• Good communication and ability to work in a multidisciplinary environment.

Responsabilidades

• Develop new experimental BEP modelling setups and measurement techniques.
• Analyse 3D patterns of BEP using image analysis and spatial statistics.
• Study grain-scale interactions and the influence of non-uniform blanket layers.
• Contribute to predictive BEP models and open-source tools in collaboration with TU Delft and Deltares.

Conocimientos

Python

MATLAB

Experimental research

Image analysis

Lab work

Scientific writing

English proficiency

Educación

Master's degree in Civil Engineering or related field

Descripción del empleo

TU Delft is seeking a motivated candidate for a PhD position focused on experimental BEP modelling beneath dikes. You will develop new experimental setups, incorporate novel measurements, and explore 3D pipe network meandering in BEP under field-like conditions.

You will analyze grain-scale interactions, study effects of a non-uniform blanket layer, and use image analysis and spatial statistics to understand BEP progression, contributing to improved predictive models and flood protection.