Spatial planning is an interdisciplinary field within the engineering sciences that is concerned with spatial developments in living, working and environmental conditions. The different spatial levels stretch from home environment and neighborhood to suburb, town/city as a whole, surrounding area, regional and national level to European and international level.
to the degree program Spatial Planning (Bachelor of Science (B.Sc.))
Every day we encounter tables and graphs in newspapers, on television and on the Internet. That’s why many people think that’s statistics. In truth, there is much more to it than that. Statistics is the separation of chance and system, the inference from random samples to basic populations, the identification of causal relationships or the finding of small needles in large haystacks.
Statistics is becoming increasingly important in almost all areas of business, science and everyday life. Planning clinical trials, quality control in industry, forecasting election results or economic growth rates all rely on modern statistics.
to the degree program Statistics (Bachelor of Science (B.Sc.))
Securing a sustainable energy future requires an energy transition that calls for a new generation of dedicated engineers and researchers capable of developing, optimizing and integrating sustainable energy sources such as solar energy, wind energy and energy from biomass.
to the degree program Sustainable Energy Systems (Bachelor of Science (B.Sc.))
Many technical processes are not initially realized in concrete terms, but are modeled and simulated with computers. For example, in order to find out how long a component can withstand mechanical stress and when it will develop the first cracks, real components or machines are not destroyed in tests; instead, the answers sought are determined by simulations. Technomathematicians develop and optimize such simulations and thus contribute to intelligent product development.
to the degree program Technomathematics (Bachelor of Science (B.Sc.))