Language of instruction
English
Advanced Harvard Case Studies in Sustainable Management
This integrated lecture builds on the knowledge aquired in the lecture “Strategic Management” and introduces students to the topic of “Sustainability Management” with the help of selected Harvard Business Cases. Students will learn how to read, interpret and write about classical industry case studies. Concepts of sustainable management from all over the world will be analysed, evaluated and discussed focusing on the core fields of this master degree programme, namely, energy, mobility and the environmental sector.
Language of instruction
German
Angewandtes Umwelt- und Anlagenrecht
This lecture deals with the legal framework connected to environmental issues and plant engineering as well as their practical application. Students will learn about relevant provisions of environmental and plant law and discuss implications and possible fields of implementation connected to regulatory approval procedures. Additionally, legal provisions regarding the construction and operation of facilities will be discussed.
Language of instruction
English
Applied Environmental and Analytical Laboratory
In the course of this laboratory tutorial, students actively engage in sampling, preparation of environmental samples and advanced environmental analysis in theory and practice. The tutorial deals with spectroscopic methods, chromatographic methods, methods of air measurement and environmental monitoring. In addition, students learn how statistical and systematic errors in analytics can be avoided.
Language of instruction
English
Automation and Control – Energy and Transport
This integrated lecture provides an in-depth overview of the methods of controll engineering in theory and applicaiton. Students will focus on practical examples with programmable logic controllers (PLCs) and embedded systems.
Language of instruction
English
Big Data Security and Safety Aspects
This integrated lecture deals with aspects of data security in modern data processing processes. Students will learn about the basic principles of big data security, practical examples and future development trends in the following areas: general data security aspects, encryption and cryptography as well as their application.
Language of instruction
English
International Project Development and Management
This integrated course is used to illustrate proven practise-oriented methods of active project development and control. Therefore strategic and operative planning components, analysis modells and different corporate and management strategies are presented. Furthermore, the course will deal with performance progress measurement of projects and relevant risk management. In addition, advanced knowledge in terms of technical and economical risk assessment will be imparted and applied with the help of case studies.
Language of instruction
English
Applied Energy Grid Planning and Maintenance
This integrated lecture deals with the planning of energy networks and the maintenance of energy systems. The planning aspects and procedures in the planning and maintenance of energy systems are taught and implemented in practice with the help of computer-aided example tasks. On the basis of practical examples and simulation tasks, students will discuss and analyse different maintenance strategies.
Language of instruction
English
Energy Analytics Laboratory I
This laboratory tutorial provides practical insight into renewable energy conversation and storage. Practical knowledge concerning PV modules, inverters, battery storage devices, solar thermic collectors, thermal storage devices as well as charging infrastructure for electric vehicles is deepened using the laboratory setups of the Energy Analytics Lab (EAS) Lab. The associated measurement technology is explained and applied in various lab setups, where different values are obtained, evaluated and analyzed.
Language of instruction
English
Industrial Energy Efficiency
This integrated lecture deals with the procedures, planning approaches, implementation measures and corresponding controlling measures for the increase of energy efficiency measures with special emphasis on industrial plants. Students will learn about operational energy management systems and other technologies for increasing energy efficiency.