Ruhr University Bochum
Located right in the dynamic, hospitable Ruhr metropolis in the heart of Europe, the Ruhr-University with its 20 faculties is home to 5,500 employees and more than 41,000 students from 130 countries. All the great scientific disciplines are united in one compact campus.
The Ruhr-University is on the way to becoming one of Europe's leading universities in the 21st century. Almost all courses are offered as Bachelor and Master programs. Our excellence programs have made an international name: Our Research School is an international college for structured doctoral research in the life sciences, the natural sciences and engineering, and the humanities and social sciences. Among themselves, both nationally and internationally highly networked, faculty and multidisciplinary research collaboration (Research Department) raise the profile of the RUB, added an unmatched program for the promotion of young scientists and scientists and an excellent infrastructure.
Sanitary and Environmental Engineering
The urban water management is an extremely complex field of work, which integrates practical experience and scientific findings from the fields of engineering, biology, hydrology and computer science. The urban water management includes the areas of water treatment, water supply, sewerage, waste water treatment and in some cases the water quality. In many cases, there is overlap and intersection between individual task fields. Hydrological considerations play an important role in water supply, sewerage and purification, as well as water quality. Organic sales processes are based on the purification processes both in the water and in the technological process of wastewater treatment.
Marc Wichern (Prof. Dr.-Ing. habil.) is Professor of the Department of Sanitary and Environmental Engineering since 2009. He worked for several years in the field of mathematical modeling of biochemical processes of various wastewater treatment systems. In recent years, he worked in addition to the development and optimization of processes for the elimination of micro-pollutants in municipal wastewater treatment plants.
Manfred Lübken (Dr.-Ing.) has been working for several years in the area of anaerobic digestion, with the aim to make use of the anaerobic processes for an energy-efficient material conversion of different substrates. One focus is the analysis and mathematical description of anaerobic biochemical conversion processes of wastewater and organic biomass.
Pascal Kosse (M. Sc.)is working as a graduate student at the department since October 2013. Focuses of his studies are water chemistry, water analysis and microbiology. His master thesis was concerned with wastewater treatment using algae-activated sludge biocenosis. Most recently, he was in charge at the Department of the scientific work of the subproject 6 in the joint project KuLaRuhr - optimizing regional energy and material flows by means of a sustainable concept for the use of wastewater and agricultural biomass.
Hygiene, Social- and Environmental Medicine
The department of Hygiene, Social- and Environmental Medicine of the Ruhr-Universität Bochum (RUB) works on research and routine of water hygiene. In more detail, research focuses on appearance and elimination of enteric viruses, phages and bacteria within different aquatic environments. Another research aspect is the implementation of quantitative microbial risk assessment (QMRA).
Prof. Dr. med. Michael Wilhelm is head of the department for hygiene, social- and environmental medicine at the Ruhr-Universität Bochum (RUB). His research interests are in the area of water- and hospital hygiene, as well as in human biomonitoring. Within the project “Viruses in biofilms”, Prof. Wilhelm is second supervisor of Martin Mackowiak.
Mats Leifels machte seinen B. Sc. am Lehrstuhl der Biologie der Mikroorganismen der Biologischen Fakultät und seinen M. Sc. in der Abteilung für Hygiene, Sozial- und Umweltmedizin der medizinischen Fakultät der Ruhr-Universität Bochum. Anschließend war er wissenschaftlicher Mitarbeiter in der Abteilung und arbeitete in diversen Projekten des LANUV und BMBF mit. Im Rahmen von FUTURE WATER ist er mit der Anwendung verschiedener Biosensoren zur Bestimmung der Infektiosität humanpathogener Viren in Ab- und Oberflächenwasser beschäftigt.