The assumptions and principles of the EU Flood Directive. The extension of knowledge about 1D and 2D hydraulic modeling. The general directions of the ISOK project in Poland – the methodology of flood hazard and flood risk maps. The overview of the methods applied for preparation of the flood hazard maps. Development of the hydraulic models for real water systems with application of GIS techniques. Generation of flood hazard maps. Overview of methods for flood risk assessment. Preparation of flood risk maps. Overview of methods for flood risk reduction. The spatial modeling of scenarios for flood risk reductions.
KNOWLEDGE:
GEO_W2 - the basics of Geographic Information Systems
GEO_W9 - the basic concepts and principles to the planning of technical infrastructure
SKILLS:
GEO_U3 - analyze spatial data (also using GIS tools) for spatial planning, water management, flood protection and environmental protection; perform simple geodetic measurements and use complex geodetic documentation
GEO_U5 - design a geoinformation system in accordance with the paradigms of geography, natural and information sciences; conduct research in this field and find practical application of geoinformatics
GEO_U7 - apply programming languages and principles of computer programming to solve geospatial problems
GEO_U8 - do basic assessment of the economic effectiveness of investment or research projects; prepare a simple cost-benefit analysis in the field of spatial planning, environmental engineering and protection as well as in water management
SOCIAL SKILLS:
GEO_K2 - apply the gain knowledge considering legal and ethical aspects
GEO_K4 - apply engineering knowledge being aware of its effects and influence on natural environment
GEO_K5 - think and act creatively and enterprisingly