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Bachelor's or master's thesis: Development of a process support system in the context of a decision support platform for individual energy transformations
Content
The stagnation of the energy turnaround depends not only on the inadequate political framework conditions to date, but also on the "enablement" of individual investors. The energy turnaround cannot be implemented without the assistance of all citizens. The problem now is that individuals lack the competence to plan their own energy transition project in its technical and economic aspects and to carry it out in a qualified manner with sufficient project management competence. The solution to this problem aimed at here is to create a digital process support that enables the individual to carry out a complex project as a non-expert.
The content of the work is the development of a process logic, the design of the editability of the process chain and its elements, as well as the filling of the process with the relevant content, which has to be adapted especially from the official regulations and forms. For this purpose, web-technological methods for automated information retrieval and linking will be used and the potential of using artificial intelligence will be explored.
Your requirements
You have a high interest in developing innovative solutions and the ability to work on your own initiative. Preferably, you have studied computer science. In the best case, you have already gained experience in the problem area of process descriptions. You also have good knowledge of all web technologies, i.e. HTML and javascript, as well as frameworks for front-end and back-end.
We offer
We offer a scientific environment in which your work is embedded in the context of national and international energy system transformation. Our department "Integrated Energy Systems" develops informational, analytical and numerical methods for techno-economic assessment of new energy infrastructures, especially at the system level. At the university, an interdisciplinary institute for sustainability has currently been founded, through which this work topic is placed in the context of the faculties of electrical engineering and computer science, economics, civil and environmental engineering, social sciences, mechanical engineering and others.