nalen Zentralbanken verursachen. Die Dänische Nationalbank vermutet: „Regardless of
the specific design, the issuance of a retail CBDC will involve extensive and resource-
intensive administration for [...] 2023.
European Central Bank. (2022b). Central bank digital currencies: Defining the problems, designing
the solutions. https://www.ecb.europa.eu/press/key/date/2022/html/ecb.sp220218_1~938e881b13.
en
democratization of the economy was the key task of
our time and how this democratic process can be designed. The Social Society is structured in
autonomous self-control and integrated into superordinate
democratization of the economy was the key task of
our time and how this democratic process can be designed. The Social Society is structured in
autonomous self-control and integrated into superordinate
prototypically designed and investigated. For this purpose, existing motors are to be measured in the laboratory for electrical machines and drives and, based on this, the concept is to be designed within the [...] Balanced and unbalanced three-phase and single-phase loads will be tested as possible loads. The design of a simulation model adapted to the application, including the development of the specific control
Prof. Dr.-Ing. Heiko Zatocil Decentralized electric drive Decentralized electric drive Project goal Design of a demonstrator for a decentralized electric drive. In contrast to the currently preferred system [...] electronics with drivers, is to be built from evaluation boards that can be purchased freely. The design of the controller firmware and the software for motor control will be implemented using the two software
Business Administration Biotechnology and Environmental Process Engineering Digital Business Digital Design Digital Technology and Management Overview Overview Career Opportunities Highlights Structure & Documents [...] Business Administration Biotechnology and Environmental Process Engineering Digital Business Digital Design Digital Technology and Management Overview Overview Career Opportunities Highlights Structure & Documents
4
3.4.3 Computational Fluid Dynamics 5 4
3.4.4 Design of Experiments (DoE) 5 4
3.4.5 Recycling and Waste Management 5 4
3.4.6 Calculation and Design of Unit Operations in Process Engineering 5 4
3 [...] Computer Science II 5 4
1.7 Engineering Mechanics 5 4
1.8 Strength of Materials I 5 4
1.9 Engineering Design and CAD 5 4
1.10 General and Inorganic Chemistry 5 4
1.11 German for Technical Studies 1 5 4
1 [...] 1 Machine Elements 5 4
2.1.2 Strength of Materials II – FEM 5 4
2.1.3 Product Engineering and Designing with Plastics 5 4
2.1.4 Project Management 5 4
2.1.5 Mold Making 5 4
2.2.1 Electrical Engineering
4
3.4.3 Computational Fluid Dynamics 5 4
3.4.4 Design of Experiments (DoE) 5 4
3.4.5 Recycling and Waste Management 5 4
3.4.6 Calculation and Design of Unit Operations in Process Engineering 5 4
3 [...] Computer Science II 5 4
1.7 Engineering Mechanics 5 4
1.8 Strength of Materials I 5 4
1.9 Engineering Design and CAD 5 4
1.10 General and Inorganic Chemistry 5 4
1.11 German for Technical Studies 1 5 4
1 [...] 1 Machine Elements 5 4
2.1.2 Strength of Materials II – FEM 5 4
2.1.3 Product Engineering and Designing with Plastics 5 4
2.1.4 Project Management 5 4
2.1.5 Mold Making 5 4
2.2.1 Electrical Engineering
Efficiency 5 4
2.7 Sustainable Building Technology 5 4
2.8 Bioenergy 5 4
2.9 Plant and Equipment Design in Energy Technology 5 4
2.10 Concepts of Combined Heat, Power and Cooling 5 4
2.11 Sustainable
[5] [4]
6.3 Energieeffizienz in Gebäuden [5] [4]
6.4 Energieeffizienz in Gebäuden II [5] [4]
6.5 Design of Experiments (DoE) [5] [4]
6.6 Computational Fluid Dynamics [5] [4]
6.7 Energieinformatik [5]
[5] [4]
6.3 Energieeffizienz in Gebäuden [5] [4]
6.4 Energieeffizienz in Gebäuden II [5] [4]
6.5 Design of Experiments (DoE) [5] [4]
6.6 Computational Fluid Dynamics [5] [4]
6.7 Energieinformatik [5]
research and independent projects, wherein students can learn the principles and techniques of analysis, design, and experimentation in a variety of fields. Lectures The lectures are the following courses: Electrical
Anlage 2 5 WPM Brückennmodul in Form einer Blockveranstaltung
Motion-Graphics-Design [fortgeschritten] Motion Graphics Design [advanced] Prof. Alexander Peterhänsel siehe Anlage 4 5 SWPM WPM
X optoelektronische [...] Stochastics Prof. Brunner siehe MHB MI 5 5 WPM WPM WPM WPM PM PM WPM PM WPM WPM WPM
X Sound-Design bei AV-Medien Sound-Design for Motion Picture & TV Prof. Maximilian Kock siehe Anlage 4 5 SWPM WPM
Stategisches [...] around the university Herr Stefan Breunig siehe Anlage 4 5 SWPM WPM
X Grundlagen Compositing Motion-Design Composition & Motion [basics] Prof. Martin Frey siehe Anlage 4 5 PRFM SWPM WPM
X Grundlagen elektrische
Business Administration Biotechnology and Environmental Process Engineering Digital Business Digital Design Digital Technology and Management Digital Healthcare Management Electrical Engineering and Information [...] Business Administration Biotechnology and Environmental Process Engineering Digital Business Digital Design Digital Technology and Management Digital Healthcare Management Electrical Engineering and Information
Business Administration Biotechnology and Environmental Process Engineering Digital Business Digital Design Digital Technology and Management Digital Healthcare Management Electrical Engineering and Information [...] Business Administration Biotechnology and Environmental Process Engineering Digital Business Digital Design Digital Technology and Management Digital Healthcare Management Electrical Engineering and Information [...] Converters and Hydrogen Technology Energy Efficiency Sustainable Building Technology Plant and Equipment Design in Energy Technology Concepts of Combined Heat, Power and Cooling Sustainable Mobility Methods of
competence: Profound knowledge of the scientific principles required for the understanding, analysis, design and
operation of conventional and renewable energy systems.
• Methodological competence: The [...] tion-based-post-combustion-capture-of-carbon-dioxide
• Thomas, W. J: Adsorption technology and design; Reed Educational and Professional Publishing; 1998;
https://web.p.ebscohost.com/ehost/detail/detail
competence: Profound knowledge of the scientific principles required for the understanding, analysis, design and
operation of conventional and renewable energy systems.
• Methodological competence: The [...] tion-based-post-combustion-capture-of-carbon-dioxide
• Thomas, W. J: Adsorption technology and design; Reed Educational and Professional Publishing; 1998;
https://web.p.ebscohost.com/ehost/detail/detail