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Imprint
Technical University of Dortmund
Institution
Section overview
Description
To investigate nature, to educate people, to accept technical challenges and to co-design the resulting cultural and social changes—these are the key tasks of Technische Universität Dortmund. From the beginning Technische Universität Dortmund has been dedicated to interdisciplinary cooperation between natural/technical sciences and social/cultural sciences and their specialties with regard to research and teaching. The potentials of these specifics are continually to be used to mutually increase orientation competence, cultural competence, innovation power, critical faculties and technological knowledge and therefore ensure an even higher study quality.
Activities
- Research
Subordinate institutions
- Spatial Planning for Regions in Growing Economies
- Department of Logistics
- Faculty 14 - Home Economics Sciences
- Department of Biological and Chemical Engineering
- Department of Technical Chemistry A
- Faculty of Mechanical Engineering - Department of Fluid Technology
- Institute of Environmental Research
- Robotics Research Institute
- Chair of artificial intelligence
- Department of Computer Science
- Social Research Centre Dortmund
Coordinated projects
- Collaborative project: Resource-efficient AI for Embedded Systems in Agricultural Machines - subproject F
- Innovative SMEs - Joint project climate change: CO2 'capture through the use of biomass in a reactor with steam PYREG screw-type engine - part 5
- Set-up of a local action platform among three areas in North-Rhine Westphalia to implement an integrating climate adapatation strategy into local stakeholder networks
Coordinated projects of subordinate institutions
- BonaRes (ModulA, Phase 2): ORDIAmur - Overcoming Replant Disease by an Integrated Approach - subproject E
- Catalytic conjugation of fatty substances and their catalytic conversion of branched fatty derivatives
- Catalytic Oxidation of oleic acid and their catalytic cleavage of azelaic acid
- Collaborative project: 'Deep Phenotyping' of disease resistance based on hyperspectral imaging and data mining methods in high troughput. Subproject 2
- Collaborative project: Data fusion in plant phenotyping using the example of Cercospora leaf blotch in sugar beet. Subproject 1
- Collaborative: Polymeric surfactants from renewable raw materials with enhanced performance characteristics, Project 7: Studies on product preparation
- Concept development for the certification of cod using the transponder technology
- Development of a method for the analysis of sulfonamides, trimethoprim, tetracyclines and fluoroquinolones in plant samples (White cabbages and onions)
- Development, construction and operation of a mini-plant for continuous production of glycerol-tertiary-butyl ether
- Development, Establishment and operation of a mini-plant system for the continuous production of sucrose telomeric
- Fate, metabolism and plant uptake of selected veterinary medicines in the rhizophere
- Set-up of a local merchandizing platform along three regions in NRW to realize integrating climate adaptation in local stakeholder networks
- SPP 1315: Detection and imaging of selected organic chemicals on soil interfaces in the millimeter- to micrometer-range by micro GC/LC- and DESI mass spectrometry
- Two-phase metathesis reactions of fatty acid derivatives
Subordinate institutions as work package leader of collaborative projects
Involved in research projects
- Effective redesign of oxidative enzymes for green chemistry (OXYGREEN)
- Identification of genetic factors influencing replant disease in apple
- Innovative SMEs - Joint project climate change: CO2 'capture through the use of biomass in a reactor with steam PYREG screw-type engine - part 4
- Innovative SMEs - Joint project climate change: CO2 'capture through the use of biomass in a reactor with steam screw PYREG Engine - Part Project 1
- Innovative SMEs - Joint project climate change: CO2 'capture through the use of biomass in a reactor with steam screw PYREG engine - part project 6
- Modelling of the toxome of cultivated human hepatocytes
- nnovative SMEs - Joint project climate change: CO2 'capture through the use of biomass in a reactor with steam screw PYREG engine - part 3
- nnovative SMEs - Joint project climate change: CO2 'capture through the use of biomass in a reactor with steam screw PYREG engine - Subproject 2
- Sustainable conservation of public wastewater facilities and their refinancing
Contact
Technical University of Dortmund
Baroper Str. 285
44221 Dortmund
North Rhine-Westphalia
Germany
Phone: +49 (0)231 755-2535
Email: ole.luennemann(@)uni-dortmund.de
