Research and Development

This part answers questions such as: Which projects are in process? How can students actively support us?

Research focus

Flood protection and the associated flood risk management is one of the most important social tasks of water management. Hydrological events in 2016 caused approx. 5000 fatalities and damages of approx. € 46 billion worldwide. The flood of 2013 on the Elbe and Danube caused a damage of approx. € 7 billion. Saxony-Anhalt had damages over € 10 million because of the flood in 2017. These numbers demonstrate the regional, national, and international relevance of this topic. The flood events in summer 2021, especially in western Germany and neighbouring countries, shows clearly that no country is protected from severe flood damage and related tragedies.

The primary goal of our research work will be to develop methods and tools that contribute to improve flood protection as well as support an adaptive and sustainable flood risk management. We focus on the approach of a complete system analysis at the catchment area. In the risk analysis it is important to include hydrology, hydraulics, reliability of flood protection structures, and the consequences for people, environment, culture, economy, critical infrastructures, and society. We would like to develop this approach.

Water management is also influenced by the increasing digitalization of society: keyword water management 4.0. Software development is one focus of our work, which is the basis of digitalization. That is why we are further developing the free software package ProMaIDes.

Regional, national, and international cooperation is mandatory for our work. If you are interested in collaborations or interested in our research, please contact us.




Joint project: Sustainable strategies and technologies for flood risk management in arid and semi-arid areas

Sub-project: Flood risk analysis in arid and semi-arid areas as part of flood risk management

Support: „Internationales Katastrophen-und Risikomanagement -IKARIM“ des BMBF im Rahmen des Programms „Forschung für die zivile Sicherheit“ der Bundesregierung

Duration: 1.3.2020 – 28.2.2023 (three years)


Objectives and plans:

Climatically, Iran belongs to the arid to semi-arid regions. Floods are one of the most common natural disasters in Iran. Modern flood risk management is necessary to counter this natural hazard as effectively as possible.

Strategic flood risk management starts with the flood risk analysis. It is the basis for a risk acceptance and a flood risk reduction by measures if necessary. Focus of our sub-project will be on the construction, implementation, and evaluation of a model-based flood risk analysis at the catchment area of the Kan-river (Tehran, Iran). Flood risk analysis includes models from the generation of precipitation, hydrology, hydrodynamics, and analysis of the consequences (economy, people, critical infrastructure). Basis is the free software ProMaIDes.

Contact: If you have any questions about the project, please contact Mr. Shahin Khosh Bin Ghomash:


Joint project: Participative assessment of flood disaster prevention and development of an adapted coping strategy in Ghana

Sub-project: Damage analysis of critical infrastructures as part of the flood risk analysis

Support: „Internationales Katastrophen-und Risikomanagement -IKARIM“ des BMBF im Rahmen des Programms „Forschung für die zivile Sicherheit“ der Bundesregierung

Duration: 1.7.2020 – 30.6.2023 (three years)


Objectives and plans:

Critical infrastructures (energy supply, water supply) are very important to society. Their functionality can be lost due to natural disaster such as floods. This has negative consequences for the population and infrastructure in the floodplain and beyond. The task of flood risk management is to protect the population and infrastructures from the natural disaster of flooding by useful measures.

The aim is to establish critical infrastructures and consequences of their failure in strategic flood risk management (disaster risk management / avoidance) and in operational flood risk management (disaster management) to improve their protection. The development of integrative tools that combine a model-based flood risk analysis with a model-based analysis of consequences of critical infrastructures is necessary for this. The focus of this development is on Ghana. Basis is the free software ProMaIDes.

Contact: If you have any questions about the project, please contact Mr. Roman Schotten:

Student work

Student work, like bachelor and master thesis or internships, are an important part of the study. We would be pleased to take over the supervision of your thesis. Especially in the research of flood risk management, there are a multitude of interesting and exciting topics:

  • Hydrology/ hydrodynamic modelling
  • Dike reliability, reliability of mobile systems
  • Critical infrastructures
  • Impact-based flood prediction
  • Sensors in dikes
  • Damage analysis
  • Costs of flood protection
  • Flood educational trail for communication
  • Flood resilience
  • Development of wikis for our software ProMaIDes
  • Disaster management in floods

The topics are usually integrated directly into a research project and thus directly support our research work.

If you are interested in these subjects or already have another topic idea, please contact us.

Below, you can find ongoing or completed thesis.

Ongoing & Completed

Ongoing and completed student works

YearTypeName: title
2021BAGroth, B.: Augmented Reality Sandbox: Aufbau und Nutzen für die Wasserwirtschaft
2021BACzachesz, E.: Anlage und Befüllen einer Terminologiedatenbank für die Arbeitsgruppe Hochwasserrisikomanagement

Behrens, M.: Modellierung von Hochwasserschäden an der Saale als Grundlage einer einzugsgebietsbasierten Hochwasserrisikoanalyse


2021BAKnauth, R.: Versagensmechanismen mobiler Hochwasserschutzsysteme
2021MASoheili Nia, S.: Model based 1d-2d and 2d hydrodynamic modeling for flood analysis in the Kan catchment (working title)

Dölle, H.: Modellbasierte Untersuchung zum Einsatz der hydrodynamischen Modellierung in einer hydrologischen Analyse am Beispiel des Kan-Flusses (Iran). Hochschule Magdeburg-Stendal



Meinecke, D.: 1d-2d-gekoppelte Hochwassermodellierung der Elbe von Prettin bis Geesthacht für ein einzugsgebietsbasiertes Hochwasserrisikomanagement. Hochschule Magdeburg-Stendal



Lankau, M.: 1D-2D-gekoppelte hydrodynamische Modellierung der Saale in Sachsen-Anhalt als Grundlage einer einzugsgebietsbasierten Hochwasserrisikoanalyse. LHW LSA / Hochschule Magdeburg-Stendal


2020Digitales PraktikumBanvariya, A. & Agarwal, B.: QGIS-plugins for ProMaIDes. Hochschule Magdeburg-Stendal
2019BAHildebrandt, T.: Ökonomische Kosten von Hochwasserschutzmaßnahmen. Hochschule Magdeburg-Stendal
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