Your Master’s programme will start with an intensive, one-month orientation. During that month, you will get to know your fellow students, lecturers, and professors and delve into the delta during a one-week field trip. Afterwards, you will use those experiences to analyse the entire delta system and examine what role you would like to play in the delta sector. You will then write a personal learning plan under the guidance of your coach. The kick-off will be held at HZ in Middelburg.

After the kick-off, you will be introduced to the Coast delta system, which will also be held at HZ. You will be working in Living Labs, with one day a week spent at the university of applied sciences, where you will participate in lectures, coaching, and reflection. After 15 weeks of research, you will complete this period with an evaluation week during which you will undergo assessments of your own research in relation to the delta as a whole and the issues at work in that environment. Under the guidance of lecturers, you will also collectively examine how everyone’s research fits into the entire delta system. Similar blocks on River systems (at Van Hall Larenstein in Velp) and Urban Water (at Rotterdam University of Applied Sciences) will follow. The three blocks, which work on building your knowledge, research skills, and specific professional development, will last a total of 17 weeks at each university of applied sciences.

After completing the three blocks, there will be a final phase of seventeen weeks, during which you will create and present a final product. In conclusion, the last, integral competencies will be tested by means of a portfolio and oral final assessment. The location where you will graduate depends on your final product

Natural processes such as rising sea levels, soil subsidence, an increase in powerful storms, and salinisation play an important role in the delta. In conjunction with the growing population, this puts pressure on the limited space, referred to as ‘coastal squeeze’. This increases the risk of flooding and other severe events. The challenge for delta professionals is to redirect global issues affecting the delta, which are also clearly visible in the south-west of the Netherlands, towards sustainable developments and take a step-by-step approach to arriving at safe, resilient, and economically vital delta coasts.

Building with nature

The transition projects in the south-western delta are substantial. Coastal protection plays an important role in delta regions. We know from experience that natural solutions are more resilient when it comes to withstanding disturbances (Building with nature).A wide range of expertise is required to make use of nature as much as possible for coastal protection. In addition to safety, these solutions also contribute to natural development and the economy (recreation).

The importance of water

Providing freshwater, water purification, and the recovery of raw materials are essential themes related to quality of life in delta regions. These demand special technology for the purification of water, such as desalination, reuse of water streams, and the application of systems that direct and monitor water quality and quantity.

Research programmes

In addition to the more technical transitional projects mentioned above, the socioeconomic perspective is also of great importance. Examples of this are citizens motivated to be self-reliant and the role of professionals in that self-reliant society. Further research into the relationship between spatial use, social capital, economy, and the vital infrastructure of delta regions is required.

As a student of the River Delta Development Master’s programme, you will conduct practical research in the research programmes of the Delta Academy Applied Research Centre. That research will focus on the following themes:

• Salinisation and freshwater
• Food production in saltwater
• Ecosystem services
• Water safety and critical infrastructure
• Adaptivity in society (socioeconomic perspective)

There are currently a variety of international research projects under way within these research outlines with a large number of partners, many of which are a part of large, national, and international research programmes.

Van Hall Larenstein is located on an estate at the edge of the Veluwe, in the centre of the river system, near the big rivers as well as various streams and canals. These surroundings have served to provide centuries of experience in the optimisation of water management. Examples of changes to the system are literally right around the corner: from the creek that flows across the estate to the point where the IJssel and lower Rhine diverge at the Pannerdens Kanaal and the dikes at Hondsbroeksche Pleij in Westervoort, just 15 minutes away by bicycle. New standards, climate effects, and socioeconomic and technological developments mean that continuous improvement of the river system is necessary to preserve its safety, vitality, and quality of life from source to mouth.

Governance

The current transitional task in the river system specifically focuses on addressing risks on the one hand and coordinating the many parties involved in the system on the other, all the way from the source to the sea. Addressing risks requires precise analysis of the vulnerability of a region and insights into the concepts to be applied and measures to be taken, such as multi-layer safety and future-proof flood defences. Coordinating the setup and management of river systems is complex due to the many parties involved at various scale levels and the associated regulations and policies. Transnational collaboration forms a specific component because of the fact that some streams and rivers cross national borders. As such, governance is an important aspect for the sustainable transition of river systems.

Research programmes

During the period at Van Hall Larenstein, you will be exposed to course content on the river system as well as its physiogeographical and methodical side. You will conduct research projects linked to the Delta Areas and Resources Applied Research Centre. These will focus on the circular management of the river and integral regional design of river systems, during which a balance must be struck between safety, economics, ecology, and cultural history.

The Applied Research Centre is currently conducting different projects with a wide range of parties, varying from the Rijkswaterstaat (government body for infrastructure and water management) to business owners and nature preservation organisations.

Rivers, seas, precipitation, groundwater, drinking water, and wastewater are all elements of the urban water in Rotterdam. These water streams are an integral part of the urban region in supporting its users and residents. The city has many technical, spatial, economic, and social projects that form complex relationships with each other. The pillars of the River Delta Development Master’s programme in Rotterdam are urban planning and construction, infrastructure, and mobility and water management. This knowledge is used to research the spatial, infrastructural, civil engineering, and governance aspects of water in delta cities and to resolve practical issues.

Transitions in the urban delta

Just like any other delta city, Rotterdam engages in substantial transitional projects. The relocation of harbour businesses towards the coast creates spatial issues that need to be addressed in the former inner-city harbours. The harbour itself generates a substantial share of national CO₂ emissions, is involved in significant international competition, and relies heavily on the petrochemical industry, which is expected to become smaller over time. The delta city must protect itself from the negative effects of climate change. The roles of the government, citizens, and businesses are changing as well. The city aims to achieve a 50% reduction in CO₂, to become 100% climate resistant and is focused on shifting from petrochemicals to a sustainable production industry. Some of the results of this are Rotterdam Climate Proof, the urban harbour programme, Rotterdam Innovation District, the Rotterdam adaptation strategy, Resilient Rotterdam, and Water Sensitive Rotterdam. The city is a part of Connecting Delta Cities and 100 Resilient Cities and is internationally known as one of the leaders in these fields.

Research programmes

As a student of the River Delta Development Master’s programme, you will conduct practical research into the transition towards a sustainable delta city in research programmes at the Kenniscentrum Duurzame Havenstad (research centre for a sustainable harbour city) and the Instituut voor de Gebouwde Omgeving (institute for the built environment). This research can be carried out at large-scale experimental zones in the city, e.g. at Merwe-Vierhavens, as well as in residential areas which provide different scales, dynamics, issues, and potential solutions. Rotterdam University of Applied Sciences is already active in these areas via institutions such as the RDM Centre of Expertise and the Centre of Expertise Maatschappelijke Innovatie (centre of social innovation expertise).