Simulation Technology

11B1810

Bachelor

German

5.0

only winter term

1 semester

The Simulation Technology module offers students an introduction to the world of mathematical simulation of technical systems. The aim of this module is to introduce students to the theoretical concepts and practical applications of simulation in order to understand, analyze and optimize complex processes.

During the course of the module, students will be familiarized with various simulation methods and techniques, including continuous and discrete simulation as well as stochastic models. They learn to develop mathematical models for real systems and to test them in virtual environments using simulation software.

The skills in simulation technology acquired in the module are of great importance for engineers in various disciplines. The ability to model and analyze complex systems virtually contributes to making well-founded decisions, using resources efficiently (sustainability) and developing innovative solutions. The module therefore forms an important basis for the practical application of simulation techniques in various engineering disciplines.

The total workload for the module is 150 hours (see also "ECTS credit points and grading").

• oral exam or
• Written examination

• Field work / Experimental work

Oral examination or written examination of the lecturer's choice.

• Oral examination: see general part of the examination regulations
• Written examination: see current study regulations; 
• Experimental work: A total of approx. 5 experiments (90 minutes each)

Basic knowledge of mathematics is required.

Students who complete the "Simulation Technology" module expand their knowledge of the basic concepts and techniques of simulation. They learn about different types of models and validation methods in order to analyze and understand complex systems. In addition, they are familiarized with current developments such as virtual product development, virtual reality and sustainability aspects. Through practical exercises and applications in various areas, they gain valuable experience for their professional future.

Students who have completed the "Simulation Technology" module have a sound understanding of the basic concepts, methods and applications in simulation technology. They are able to distinguish between different types of models, create and validate models and carry out simulations of continuous-time and discrete-time systems. In addition, they understand the importance of virtual product development, virtual reality and sustainability aspects in the context of simulation technology. 

Students who have successfully completed the "Simulation Technology" module can apply and transfer the knowledge and skills they have acquired in various areas. They are able to analyze complex systems, develop models and carry out simulations to address real-world problems. Their understanding of virtual product development, virtual reality and sustainability aspects enables them to develop innovative solutions and collaborate effectively with interdisciplinary teams. 

• Lampe, Siegmar

• Lampe, Siegmar