“Research needs creativity, spontaneity, impulses and expert feedback. With the Computational Science Hub, we will create an environment where researchers from all kinds of scientific areas that work with similar methods can come together, work on joint projects and inspire each other.” (Robert Jung, Spokesman of the CSH in an interview with the Hohenheimer Online Kurier on January 30, 2018)
The CSH is a platform where scientists from all three faculties (agricultural sciences, natural sciences, business, economics and social sciences), whose research involves processing and analysis of large data sets, modelling and simulation of complex systems, development of mathematical and statistical methods for data analysis or computational biology, can exchange their knowledge and expertise in the context of research and teaching. The aim is to strengthen the connections among scientists across faculties and, particularly, to combine domain knowledge from various disciplines with profound methodological expertise from “computational science” in order to promote innovative and transdisciplinary research and teaching at the University of Hohenheim.
In line with this idea, it is planned to locate parts of the participating institutes and departments - today spread over the campus - in one building in Steckfeldstr. 2. By bundling of competences and expertise in the development and application of data-intensive methods in one single place, the CSH will help create research impulses as well as new, state-of-the-art teaching concepts.
In this respect, the CSH actively contributes to the university-wide research topic “digital transformation”.
The scientists involved with the CSH initiative have domain knowledge in the fields:
- Financial and commodity markets,
- innovation and sustainability,
- crop science and biology,
- digital agricultural science and diffusion processes,
as well as diverse and complementary methodological expertise in:
- Agent-based modeling (ABM),
- digital twinning,
- Microeconometrics (particularly quantitative evaluation methods for evidence based decision making),
- network analysis,
- quantitative text analysis and text mining,
- Statistical learning,
- design of experiments, and
- time series econometrics.