Studiengang - Lehrplan

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lang Plan:

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mittel

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Natural Hazards and Risk Engineering (M.Sc.), PV 19 Abschluss MS, PrüfungsOrdnung 19 (MSNHM) , Semester von: 1 , Semester bis: 1

Einzeltermin

Blockveranstaltung

14-tägl. Veranstaltung

Vst.-Nr.	Veranstaltung	Vst.-Art
301012	Applied mathematics and stochastics for risk assessment (Exam)	Prüfung
2301012-2	Applied mathematics (Exercise)	Seminar
2301012-1	Applied mathematics (Lecture)	Vorlesung
401011	Applied structural dynamics	Vorlesung
401011	Applied Structural Dynamics (Exam)	Prüfung
401015	Finite element methods (Exam)	Prüfung
2401015	Finite element methods (Exercise)	Seminar
2401015	Finite element methods (Lecture)	Vorlesung
904002	Geographical information systems (GIS) and building stock survey (Exam)	Prüfung
2904002	Geographical information systems (GIS) and building stock survey (Exercise/Project)	Seminar
2904002	Geographical information systems (GIS) and building stock survey (Lecture)	Integrierte Vorlesung
	Meetings DAAD-Scholarshipholder NHRE	Sonstige Veranstaltung
2202001	Seismic Monitoring / Regional Ground Motion	Integrierte Vorlesung
202001	Seismic Monitoring / Regional Ground Motion (Exam)	Prüfung
2301012-3	Stochastics for risk assessment (Lecture) / Mathematics for risk management (MBM)	Vorlesung
2301012-4	Stochastics for risk assessment / Mathematics for risk management (MBM) (Exercise)	Seminar
401014	Structural Dynamics (Exam)	Prüfung
2401014	Structural Dynamics (Exercise)	Seminar
2401014	Structural Dynamics (Lecture)	Vorlesung
2205032	Structural engineering – Reinforced and post-tensioned concrete structures (Exercise)	Seminar
2205032	Structural engineering – Reinforced and post-tensioned concrete structures (Lecture)	Vorlesung
2205012, 205032	Structural engineering – Standard systems (Exam), until WiSe 21/22 Reinforced and post-tensioned concrete structures (205032), from WiSe 22/23	Prüfung
2204017	Wind Engineering	Integrierte Vorlesung
204017	Wind Engineering (Exam)	Prüfung