The program explores modern automotive technologies and concepts of mobility, such as: Fundamentals of vehicle physics, including vehicle models of automotive history and driving resistances; alternative concepts for the powertrain of vehicles, including unconventional types of combustion engines; energy storage systems in vehicles; and grid integration of electric vehicles.

The Summer School covers the fundamentals used in automation and simulation. In hands-on exercises and computer lab lectures, students solve real world problems using industry standard and open source software. As a result, methods used in mechanical engineering are tried, tested and acquired.

The Summer School is divided into three subject areas. Students will be exploring the fundamental issues in industrial robotics and related mechatronic systems. Secondly, they'll learn the properties of transmission and information as well as the relationship between coding and the fundamental limits of information. With all the acquired knowledge, students will...

Students receive an overview of current challenges and new technologies with regards to the future electric grid. Topics include the distribution and transfer of direct current, measurement and monitoring methods in modern power systems, as well as energy storage systems.

This Summer School introduces the mathematical and physical basics of building energy performance modeling and simulation, implementation of models using computer-based numerical methods, computer algebra systems and object-oriented modeling language Modelica. Students will be able to better understand current and future challenges in sustainable energy technology.

The program provides students with an introduction to Industry 4.0. Industry 4.0 is an initiative by the German government which promotes the integration of industrial production with information and communication technologies. Students will explore fundamental areas of Industry 4.0 and acquire a better understanding of current and future requirements in production technology.

This Summer School is all about the engineering, controlling and programming of robots. The lectures introduce fundamental theoretical knowledge in robotics and are complemented by lab classes, in which students apply their acquired knowledge in practical projects.

Competition pressures modern companies to efficiently design the in-house and industry-wide planning and management of material, financial and information flows along the entire value creation chain. Students will explore innovative supply chain management concepts and strategy-oriented design of value added networks and chains, which optimize processes within supply chains.

The program explores modern automotive technologies and concepts of mobility, such as: Fundamentals of vehicle physics, including vehicle models of automotive history and driving resistances; alternative concepts for the powertrain of vehicles, including unconventional types of combustion engines; energy storage systems in vehicles; and grid integration of electric vehicles.

The Summer School covers the fundamentals used in automation and simulation. In hands-on exercises and computer lab lectures, students solve real world problems using industry standard and open source software. As a result, methods used in mechanical engineering are tried, tested and acquired.

The Summer School is divided into three subject areas. Students will be exploring the fundamental issues in industrial robotics and related mechatronic systems. Secondly, they'll learn the properties of transmission and information as well as the relationship between coding and the fundamental limits of information. With all the acquired knowledge, students will...

Students receive an overview of current challenges and new technologies with regards to the future electric grid. Topics include the distribution and transfer of direct current, measurement and monitoring methods in modern power systems, as well as energy storage systems.