Mara Ruf

Mara Ruf, M.Sc.

Room: N3628

Phone: +49 (89) 289 - 25032

E-Mail: mara.ruf@tum.de

Office hours: by arrangement

Since 2022 | Scientific Employee at the Engineering Risk Analysis Group, Technische Universität München
2021 (Jan - Jun) | Exchange Semester, Lund University (Sweden)
2019-2022 | M.Sc. in Environmental Engineering, Technische Universität München
2015-2019 | B.Sc. in Engineering Science, Technische Universität München

SS24 and SS25: Teaching assistant for the lecture "Risk Assessment and Reliability of Engineering Systems", TUM
WS23/24: Teaching assistant for the lecture "Stochastik und Risiko", TUM
SS23: Teaching assistant for the lecture "Risk Assessment and Reliability of Engineering Systems", TUM
WS22/23: Teaching assistant for the lecture "Stochastik und Risiko", TUM

Study project: Felicien Robert-Vassey (2024): Improving Vulnerability Curves for Refineries under Earthquake Hazard
Study project: Haritha Scaria (2024): Dike Failure Probabilities and Breach Characteristics: Assessing Overtopping, Piping, and Micro-instability along the Bavarian Danube
Bachelor’s thesis: Sebastian Schiele (2024): Synthetic Generation of flood scenarios for the Danube River catchment in Bavaria
Bachelor’s thesis: Paula-Sophie Becklas (2024): GIS-basierte Hochwassermodellierung zur Erzeugung von Schadensbeziehungen am Beispiel des Donaugebiets in Bayern
Bachelor’s thesis: Samuel Schuler (2023): GIS-Based Flood Modelling in the Context of a Cost-Benefit Analysis Exemplified by the City of Regensburg
Study project: Daniel Koutas (2023): Decision-related sensitivity analysis of a cost-benefit model for flood polders at the Bavarian Danube
Master’s thesis: Georg Helling (2023): Analysis of the influence of hydrological input scenarios on the benefit-cost ratio of flood polders

Mara Ruf, Amelie Hoffmann, Daniel Straub (2023). Application of a decision sensitivity measure for the cost-benefit analysis of a flood polder at the Bavarian Danube. 14th International Conference on Applications of Statistics and Probability in Civil Engineering (ICASP14), Dublin, Irland.
Mara Ruf, Amelie Hoffmann, Daniel Straub (2024). Quantifying flood risk under uncertainties – overview of a probabilistic assessment approach for the Bavarian Danube. INTERPRAEVENT 2024, Vienna, Austria.