Studiengang - Lehrplan

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Natural Hazards and Risk Engineering (M.Sc.), PV 2025 Abschluss MS, PrüfungsOrdnung 2025 (MSNHM)

Einzeltermin

Blockveranstaltung

14-tägl. Veranstaltung

Vst.-Nr.	Veranstaltung	Vst.-Art
906023	Advanced geotechnical engineering	Integrierte Vorlesung
204034	Analysis and Design of Concrete Structures	Integrierte Vorlesung
301039	Applied mathematics (Exercise)	Seminar
301039	Applied mathematics (Lecture)	Vorlesung
401011	Applied structural dynamics	Vorlesung
205014-2	Design and interpretation of experiments: Experiments in Structural Engineering	Integrierte Vorlesung
205014-1	Design and interpretation of experiments: Signal Processing, Design of Experiments and System Identification	Integrierte Vorlesung
401015	Finite element methods (Exam)	Prüfung
401015-2	Finite element methods (Exercise)	Seminar
401015-1	Finite element methods (Lecture)	Vorlesung
904002	Geographical information systems (GIS) and building stock survey (Exercise/Project)	Seminar
904002	Geographical information systems (GIS) and building stock survey (Lecture)	Integrierte Vorlesung
204019	Life-lines engineering (Lecture)	Integrierte Vorlesung
205007	Modelling of steel structures and numerical simulation (L + E)	Vorlesung
303005	Object-oriented Modeling and Programming in Engineering	Vorlesung
202001	Primary hazards and risks: Seismic monitoring / Regional ground motion	Integrierte Vorlesung
204017	Primary hazards and risks: Wind Engineering	Integrierte Vorlesung
202013	Risk evaluation for buildings and urban settlements	Vorlesung
901033	Sociology of disaster	Integrierte Vorlesung
NHM17-5000	Special Project (Introduction)	Projekt
451015	Stochastics for risk assessment (Lecture) / Mathematics for risk management (MBM)	Vorlesung
451015	Stochastics for risk assessment / Mathematics for risk management (MBM) (Exercise)	Seminar
253001	Structural design and performance assessment (for extreme loading conditions)	Vorlesung
401014-2	Structural Dynamics (Exercise)	Seminar
401014-1	Structural Dynamics (Lecture)	Vorlesung
205032	Structural engineering – Reinforced and post-tensioned concrete structures (Exercise)	Seminar
205032	Structural engineering – Reinforced and post-tensioned concrete structures (Lecture)	Vorlesung