Preparation of an in-depth risk analysis of the sponge stadium and development of solutions to improve teaching
Final thesis

As part of the Risk Management lecture in the summer semester of 2025, various risk analyses were carried out at the spon(t)ion were carried out and initial recommendations for improvement were drawn up. The subject of two Master's theses and internship will be an in-depth and scientifically sound analysis of the existing study results. To this end two topics are to be worked on.

Topic 1: Technology risk analysis - in addition to analysing the existing study results, the existing technology of the sponge stadium is to be technology of the sponge stadium is to be completely analysed and a detailed inventory of the technology drawn up. To this end, every technical detail must be recorded and checked for functionality. Subsequently, a comparison with the actual state of the art for all functional units and determine how up-to-date the technology used in the sponge stadium is. sponge stadium is, what is missing and what needs to be added. In order to complete the task, a PID of the existing technology technology in CAD and a second PID for an optimised state. The result for an optimised spon(t)ion, a functional description is to be created as well as a material list of the parts and components to be and components to be added.

Topic 2: Risk analysis of the learning environment - in addition to analysing the existing study results, the learning environment of the of the sponge stadium will be analysed. This includes, for example, the room situation, the available training units, the organisation organisation of the learning units or the transfer of learning to the real world. On the basis of an extensive literature analysis the learning environment in comparable learning systems, which advantages and disadvantages are described here and what and what can be transferred to the sponge stadium.

Topic 1 and 2 are to be worked on together. The Master's students entrusted with the task must discuss with each other and create a common knowledge base so that the results of both topics are harmonised. are harmonised.

Students who are interested in working on the topics offered can send their application to martina.monien-zeh.2@hof-university.de send. The application, meaningful documents must be submitted from which it must be clearly recognisable that sufficient interests and sufficient interest and expertise in the desired topic. In addition, a cover letter must clearly explain why the applicant considers him/herself suitable for the selected topic.

Portrait of Martina Monien-Zeh, assistant at the Institute for Sustainable Water Systems at Hof University of Applied Sciences.

Martina Monien-Zeh

from Aug 2025
3 months
en_GBEN