Structure
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):
What our students say...
»NHRE allowed me to expand my knowledge in many areas of civil engineering. From learning about different types of structures to natural hazards (and everything in between), I feel that NHRE prepared me in the understanding of both prevention of risks in structures, as well as corrections when damages happen. What I liked the most, though, is that the professors and tutors were very dedicated to teaching us, and I felt supported every step of the way«.
Marjorie Pons
PhD on the use of alternative raw materials for sprayed concrete applications at TU Graz, Austria
»Embarking on a journey to a new country, with a different culture and on a different continent, can be an intimidating challenge for anyone. However, pursuing my Master of Science degree in Natural Hazards and Risk in Structural Engineering as a DAAD scholar was one of the greatest opportunities of my life. This Master's program is flexible and offers a broad range of specialties to choose from. The various faculties in NHRE were very welcoming and supportive in assisting students in mastering various fields. The classrooms were filled with international students from different countries, providing a diverse and enriching learning experience.«
Astha Poudel
Marie Curie – ITN Fellow
Early-Stage Research (Jointly at Aristotle University of Thessaloniki, and Université Grenoble Alpes)
2016 Batch (DAAD Scholar)
»The NHRE Master's programme at Bauhaus-Universität Weimar offers a rich selection of study modules, each with its own unique research focus. International students have the benefit of tailoring their education, thanks to the flexibility of the programme and the use of English as the language of instruction. They are also able to learn German alongside their studies. For those seeking a more specialised path, the option to choose from a range of elective modules provides a truly personalised experience. I found this programme to be very beneficial in gaining a comprehensive understanding of structural engineering and discovering diverse career options available in Europe.«
Abdulmagid Bendalla (Alumni 2019)
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.
