CV

PhD candidate

Delft University of Technology

PhD within the SALTISolutions project, focusing on getting insight into the physical processes that drive salt intrusion by using a high-resolution 3D hydrostatic model.

• Estuarine dynamics
• Hydrodynamics

Master's degree

Delft University of Technology

Environmental Fluid Mechanics, Hydraulic Engineering (Civil Engineering)

• Stratified Flows
• Physical Oceanography
• Computational Modelling of Flow and Transport
• Computational Hydraulics
• Physics of the Earth and Atmosphere
• Building with Nature in Hydraulic Engineering

Bachelor's degree

Delft University of Technology

Civil Engineering

• Analysis I & III
• Differential Equations
• Numerical Mathematics
• Fluid Mechanics I&II
• Soil Mechanics I&II
• Construction Mechanics I, II and III
• Design of Constructions and Foundations
• Concrete and Steel Structures
• Dynamics of Structures
• Water Management Research
• Technology, Innovation and Ethics

High school

Lyceum Schöndeln

Riverine plastic litter monitoring using Unmanned Aerial Vehicles (UAVs)

Remote Sens.

The development and testing of a new methodology to monitor and quantify marine macroplastic litter using drones.