Master's Thesis: Intelligent Energy Systems (m/f/d)

In all areas of daily life, the use of resources, in particular the energy sources available to us, as well as climate protection, is important. Buildings play a decisive role in achieving climate targets. In addition to the energy refurbishment of buildings, the optimization of plant operation offers significant potentials for saving energy and CO2 emissions. However, the challenge is to identify, interpret and derive appropriate optimization measures. Progressive digitalization through the Internet of Things (IoT) and artificial intelligence (AI) opens up completely new possibilities for automating technical analyses. This allows its wide application to a wide range of building energy systems, not only in the new building but also in the existing building. We are at the beginning of a digital transformation that makes it essential to move new ways and develop new technical solutions. Go this way with us and write your master thesis with an accompanying work student activity in our team! Topic of the Master's thesis: ''KI-based analysis of building energy systems'' Targeted literature research on the subject of digitalization and AI-based analysis of building energy systems Development of intelligent future-oriented analysis methods for automated detection of energy saving potentials in building energy systems Development of a workflow for compact digital representation of analysis results Extension of a modular software framework for analysis of real building energy systems Summary and presentation of work results in a scientific work and other media in coordination

Master's degree or relevant qualification in the field of energy technology, electrical engineering, computer science, building automation technology, industrial engineering with a corresponding focus or in a comparable course First experiences in data-based analysis of energy systems of advantage Interest for innovative digital solutions in energy technology, as well as for programmed tasks in Python Creative and experienced in the communication, visualization and design of technical topics in various media Good knowledge of German in word and writing (at least B2)

To ensure your work-life balance, we offer the possibility of mobile work We promote your professional and personal development through an individually tailored student mentoring We support your health with health courses such as yoga or moving break Make valuable contacts within Drees & Summer and expand your professional network Additional attractive offers with discounts in the Corporate Benefits portal. Working recommendation programme with attractive premium regulation Use the chance to write your thesis with Drees & Summer and connect theory and practice! !