Simulation and System Design

Selected Chapters of Mathematics

Concepts and applications of systems of differential equations. Numerical methods to solve initial value problems and boundary value problems. Theory for solving systems of linear differential equations. Fundamentals of the theory of partial differential equations.

Module responsibility: Prof. Dr. rer. nat. Gunther Jäger

Module: SSDM 1000 Selected Chapters of Mathematics

Scope: 4 SWS / 6 ECTS-Punkte

Applied Computer Science

Description of extensive computer engineering systems to solve engineering problems. Recognition of computer engineering problems and estimation the possibilities of troubleshooting.

Module responsibility: Prof. Dr.-Ing. Christine Wahmkow

Module: SSDM 1200 Applied Computer Science

Scope: 4 SWS / 6 ECTS-Punkte

Simulation in Mechanics & Processes

Application of nonlinear equation systems for the simulation of mechanical and thermal problems by numerical methods. Analysis and assessment of the reliability of simulation results. Theoretical modelling, numerical exploration and simulation-specific application

Module responsibility: Prof. Dr. Ing. Steven Dühring

Module: SSDM 2400 Simulation in Mechanics & Processes

Scope: 4 SWS / 6 ECTS-Punkte

International Accounting

Introduction to financial reporting according the International Financial Reporting Standards (IFRS). Standards, used in preparation of financial statements. Concepts of Accounting using IFRS. Solution of easy and moderately difficult accounting problems.

Module responsibility: Prof. Dr. rer. pol. Holger Türr

Module: SSDM 3500 International Accounting

Scope: 4 SWS / 6 ECTS-Punkte

Wahlpflichtmodul

• Wahlpflichtfächer bis Wintersemester 2020

• Wahlpflichtfächer ab Sommersemster 2021

Applied Computational Fluid Dynamics

Apply fluid mechanics knowledge to complex flow. Flow case and solution strategy. Numerical simulation of flow cases using Computational Fluid Dynamic (CFD). Credibility of results. Simulations (validation with theoretical or experimental data)

Module responsibility: Prof. Dr.-Ing. Heiko Meironke

Module: SSDM 2300 Applied Computational Fluid Dynamics

Scope: 4 SWS / 6 ECTS-Punkte

Vehicle Management Systems (incl. Simulation)

Desciption of vehicle management systems function. Implementation software algorithms using advanced control technology. Embedded implementation using the engineering tool MATLAB / SIMULINK. Extended to include cars, aircrafts and maritime systems of civilian and military or defense use.

Module responsibility: Prof. Dr.-Ing. Jens. Ladisch

Module: SSDM 5400 Vehicle Management Systems (incl. Simulation)

Scope: 4 SWS / 6 ECTS-Punkte

International Economics & Trade

Scope of the development trends in international economics with a focus on trade and State of the art regarding most important disputes in International trade (Globalization, Trade policy, Relations to Emerging and Developing countries etc.).

Module responsibility: Prof. Dr. Petra Jordanov

Module: SSDM 3200 International Economics & Trade

SCOPE: 4 SWS / 6 ECTS-Punkte

Scientific Work

Competence is imparted to work scientifically, to write, to talk, and to present. On the one hand, this includes the methodical procedure for the implementation of the master's thesis and similar academic projects. On the other hand, the preparation of the written thesis is dealt with in detail, as is the writing of peer-reviewed articles. Another focus is on the scientific lecture, such as that required as an oral colloquium of a thesis. A final part is devoted to the presentation of scientific results in the form of posters

Module responsibility: Prof. Dr. Jan-Christian Kuhr

Module: SSDM 6000 Scientific Work

Scope: 4 SWS / 6 ECTS-Punkte

Wahlpflichtmodul

• Wahlpflichtfächer bis Wintersemester 2020

• Wahlpflichtfächer ab Sommersemster 2021

Master's Thesis and Colloquium

Students provide evidence of in-depth theoretical knowledge beyond the subject-specific knowledge of their first degree. Solution of complex problems, interdisciplinary approaches for new questions. Broad analytical skills. Identify trends in engineering and future demands

Module responsibility: jeweils betreuende Prof. der Fakultät für Maschinenbau (respective professor at School of Mechanical Engineering) 

Module: SSDM 9000 Master’s Thesis and Colloquium

Scope: 30 ECTS-Punkte