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Zahl 30 als Symbol für das Namensjubiläum der Bauhaus-Universität Weimar

Degree

Master of Science (M.Sc.)

Faculty

Civil and Environmental Engineering

Standard period of study

4 semesters

Language

English

Admission procedure

Entrance Examination

Application deadline

Winter Semester: up to 30/09/2027

The English-language Master's program »Natural Hazards and Risks in Structural Engineering« (NHRE) is a strongly internationally oriented program that trains students who can perform demanding engineering activities under specific external influences, such as earthquakes. We teach modern tools that can be used to assess natural hazards, enable modeling and simulation, and prepare students to perform concrete risk analyses. Thus, the program offers key qualifications to be innovative and pioneering engineers in the fields of various natural hazards such as earthquakes, floods or storms.

The occurrence of an increasing number of natural hazards all over the world and their various effects on individuals, societies and modern economies is one of the major challenges for future decades. The master course in  »Natural Hazards and Risks in Structural Engineering« faces this challenge by providing indispensable tools for taking into account those phenomena in the different design processes in civil engineering. Thereby, the master course aims at combining practical structural engineering with state-of-the-art concepts regarding computational mechanics, dynamics and probability theory/stochastic analysis. Consequently, the master course provides key qualifications for innovative work in the field of earthquake, flood and wind engineering and offers an international setting in which students will achieve both technical success and personal advancement.

Structure and contents

The »Master of Science« in »Natural Hazards and Risks in Structural Engineering« is a four-semester program focusing on earthquake engineering, structural design, geotechnical and hydrotechnical engineering, finite element methods, non-linear analysis under extreme loading, stochastics, risk assessment, and disaster management. The curriculum includes both theoretical and practical topics as well as most recent research results in the field of natural hazard mitigation and structural engineering.

The programme is structured as follows (click to enlarge):

Objectives and goals of the Degree Programme

This intensive, application-based program »Natural Hazards and Risks in Structural Engineering« offers a strong technical foundation in structural engineering, integrating research and practical applications. Students develop advanced oral and written skills, enabling them to tackle complex engineering tasks related to planning, construction, and risk analysis of structures in the context of natural hazards.

The curriculum enhances theoretical and scientific competence while cultivating skills in modelling, simulation, and performance-based design. It explores the interplay between engineering and related disciplines, focusing on structural engineering's role in mitigating natural disaster impacts and assessing structural vulnerabilities.

Additionally, the program emphasizes engineering technology's global and regional demands through international project models. Elective modules prepare students for professional careers or further research opportunities.

Academic advisor

Dr.-Ing. Silke Beinersdorf

Earthquake Damage Analysis Center (EDAC)

GeoForschungsZentrum (GFZ) Potsdam

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