[NL] Deze periode 2 module ‘Watermanagement’ (15EC) kan gecombineerd met een periode 1 minor, bijvoorbeeld: ‘Constructies Beton en Staal’, ‘Watermanagement’ of ‘Regeneratief Ontwerpen’ (15 EC). ‘Waterbouwkunde’, ‘Weg van de Toekomst’, ‘Future Cities’ en ‘Constructies Hout en Composiet’ (15 EC).

[ENG] This period 2 module ‘Watermanagement’ (15EC) can be combined with a ‘Future Cities’ in period 1.

How do climate change, land use and sustainability goals shape the way we manage water systems? In the Water Management module, you work on real-world water challenges where hydrology, modelling and sustainable design come together.

The module is project-driven. You work in teams on a complex water management project introduced by external clients, focusing on issues such as drought, flooding and climate adaptation. Throughout the module, you directly apply scientific theory, modelling tools and design principles in your project.

Supporting courses provide the necessary technical depth in hydrology, geohydrology, nature-based solutions and advanced water management. Alongside technical development, you strengthen your professional and collaborative skills, preparing you for an international career in water management.

 

 

 

Module structure

The module runs from November to January. Each week includes one project day, multiple course sessions, and excursions to relevant sites. Activities are designed to connect theoretical knowledge with practical application, fostering a comprehensive learning experience.

The module is built around a central Water Management Project.
All courses support this project and provide knowledge, methods and tools that are immediately applied in practice.

The module consists of:

• Water Management Project
• Supporting courses:
• Nature-Based Solutions
• Hydrology and Geohydrology
• Advanced Water Management

Professional development and collaboration skills are integrated throughout the project and courses.

 

Water Management Project

The project forms the backbone of the module. You work in multidisciplinary teams on international water management cases addressing drought and/or flood-related challenges. Projects are based on real-world problems introduced by external clients and experts.

You analyse water systems, assess risks and develop integrated and sustainable solutions. Results are presented in a professional report and presentation, with strong emphasis on teamwork, stakeholder communication and reflective practice.

Supporting courses

Hydrology and Geohydrology

You study physical hydrological processes, including atmospheric, surface water, soil and groundwater dynamics. Through hands-on exercises, you apply theory to real-world hydrological systems and generate input for your project.

 

Advanced Water Management

This course focuses on computational modelling of surface and groundwater systems. You work with flow models and basin runoff analysis, integrating hydrological, soil and surface water data to support water management decisions within the project.

 

Nature-Based Solutions

You explore engineering solutions inspired by natural processes to address challenges such as flood risk reduction, drought mitigation and water quality improvement. The course highlights sustainability, ecosystem services and the role of nature-based approaches in future-proof water management strategies.

After completing this module, you:

• understand key topics in water management, SDGs and nature-based solutions
• can analyse physical processes in hydrology and geohydrology
• build and apply computational hydrological models
• integrate theory, modelling and design in a practical, client-driven project
• collaborate effectively and communicate professionally in an international context

Basic understanding of fluid dynamics is necessary, along with a minimum of two years of education in civil engineering, water management, or a related field, and English B2 level.

Water management: Introduction to Physical Hydrology, Martin Hendriks, January 2010, ISBN  9780199296842.

The schedule will be available two weeks in advance.

Assesment

(Individual) assignments and a group assessment with presentation for the project.