- Apply a given model for the simulation of physical processes that make the urban environment susceptible to disasters that have an event-based character
- Use a method for identifying the stakeholder perspectives on risk, vulnerability and resilience at the level of a city
- Make use of two-dimensional spatial data required to model or analyse an event in the urban environment
- Define a Personal Development Portfolio aimed at building up knowledge during the case study project
- Translate a multidisciplinary problem in the urban environment into a plan for a research project that can be completed within the time and resources available
- Analyse the current situation of the urban environment, and choose physical and non-physical engineering interventions that contribute to its resilience
- Design an engineering intervention that contributes to the resilience of urban environment and takes into consideration the perspectives of stakeholders at the level of a city
- Examine the impact of engineering interventions on the resilience of the urban environment through application of scientific methods
- Find and use scientific literature in the Spatial Engineering knowledge domains on climate resilience of the urban environment
- Critically review the feasibility of engineering interventions from the perspectives of stakeholders at the level of a city
- Combine the results of research project into information and communicate this using visual, written and oral means
- Recognize personal strengths and weaknesses when working in a team
- Identify the relationship between culture (underlying values and assumptions of a society) and the specific behaviours that derive from these and the pitfalls of communication.
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