MSc Water Science and Engineering journey at IHE Delft, focused on Hydroinformatics: Modelling and Information Systems for Water Management.
Hydroinformatics study, modelling, and thesis research
The IHE Delft MSc strengthened my technical base in hydrological and hydraulic processes, computational methods, data science, decision support systems, modelling, forecasting, and the use of information systems for water management.
2023MSc awarded
106ECTS credits
8.3Overall average
8.0Thesis result
Thesis
Investigating the effectiveness of Nature-Based Solutions
MSc thesis on Nature-Based Solutions for climate change adaptation in the Aa of Weerijs catchment, the Netherlands. The research was approved by an examination committee chaired by Dr. S.J. van Andel.
Core coursework
Hydrology and HydraulicsHydrological and hydraulic process foundations.
Information Technology and Software EngineeringProgramming and software methods for water-sector systems.
Modelling Theory and Computational HydraulicsNumerical modelling and computational approaches.
Modelling and Information Systems DevelopmentHydroinformatics system design and implementation.
Computational Intelligence and Operational Water ManagementData-driven methods for operational decisions.
River Basin ModellingCatchment-scale modelling and water management analysis.
River Flood Analysis and ModellingFlood dynamics, modelling, and risk interpretation.
Decision Support Systems in the Water DomainMonitoring, modelling, forecasting, optimization, and decision support.
Study timeline
2021
Started MSc-level Water Science and Engineering coursework, including introduction to water and development and water science and engineering.
2022
Completed the main Hydroinformatics modules, including river basin modelling, river flood analysis, flood risk management, DSS, fieldwork, groupwork, and data visualisation.
2023
Completed MSc research, thesis, and defence on Nature-Based Solutions for climate adaptation, earning the Master of Science degree on 11 April 2023.
