1. Semester6 ECTS
Coastal and Estuarine Management
Principles of near-shore coastal processes and changes due to multiple drivers and stressors. Students learn assessment approaches and design tools for sustainable coastal management, including coastal hazards, risks and vulnerability assessments.
1. Semester3 ECTS
Environmental Planning
Methodology of ecosystem analysis for biodiversity preservation and ecosystem services, including landscape planning, nature conservation instruments, and sustainable spatial development strategies at multiple scales.
1. Semester6 ECTS
Environmental Hydraulics
Fundamental principles for describing and modeling surface and subsurface flows, including conservation laws, hydraulic structures, and physical/numerical modeling concepts applied to groundwater and river hydraulics.
1. Semester6 ECTS
Hydrology and Water Resources Management
Basic understanding of hydrological processes and application for water resources planning and management, including precipitation, evapotranspiration, runoff calculation, reservoir design and flood risk management.
1. Semester6 ECTS
Hydropower Engineering
Extended knowledge about weir and dam construction, subsoil sealing, and hydropower station design. Students learn planning, designing and dimensioning of hydro dams, foundations, and energy generation aspects.
1. Semester3 ECTS
Hydrochemistry and -biology
Basic chemical and biological processes in natural and engineered environments, including acid-base reactions, microbial kinetics, and biological processes in wastewater treatment.
1. Semester3 ECTS
Research Planning & Scientific Communication
Literature research and scientific writing skills for water resources and environmental topics. Students learn to search literature, write scientifically, structure documents, and present research findings.
1. Semester3 ECTS
Soil Mechanics for Hydraulic Structures
Fundamentals of soil types and soil behavior applied to hydraulic structures including dams and barrages, and design of foundations regarding shear strength, compressibility and permeability.
1. Semester6 ECTS
Statistical Methods
Basic concepts and statistical methods for environmental data analysis using R software, including descriptive statistics, extreme value analysis, regression, and time series analysis relevant to hydrology.
2. Semester3 ECTS
Meteorology and Climatology
Fundamental knowledge about weather, climate and atmospheric phenomena, including atmospheric composition, radiation, thermodynamics, precipitation formation and climate change.
2. Semester6 ECTS
Field Measuring Techniques in Coastal Engineering
Basics and applications of measuring techniques for capturing hydro- and morphodynamic parameters, including data processing, sea-state analysis, survey vessels, UAVs, current measurement, echo-sounders and sediment sampling.
2. Semester6 ECTS
Flow & Transport Processes
Physical processes relevant for groundwater flow, contaminant transport and heat transfer. Students develop and solve equations describing these processes both analytically and numerically.
2. Semester6 ECTS
Hydrological Extremes
Advanced methods for water balance estimation, rainfall-runoff processes and climate change analysis. Students learn techniques for dealing with floods and droughts, and apply hydrological models for flood simulation.
2. Semester
Maritime and Port Engineering
2. Semester
Research Project
2. Semester
Solid Waste Management
2. Semester
Urban Hydrology
2. Semester
Water Economics
2. Semester
Wetland Ecology and Management with Excursion
2. Semester
Ecology and Water Quality Management
2. Semester
Industrial Water Supply and Water Management
2. Semester
Modelling in Sanitary Engineering
3. Semester
Infrastructures for Water Supply and Wastewater Disposal
3. Semester
Special Topics in Hydrology and Water Resources Management
3. Semester
GIS and Remote Sensing
3. Semester
Recycling and Circular Economy
3. Semester
Special Topics in Sanitary Engineering
3. Semester
Water Resources Systems Analysis
3. Semester
Innovative Bioprocesses for Wastewater/Waste Valorization
4. Semester24 ECTS
Master Thesis
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