Content Information Students have to choose one of the two majors:
Automotive IT: Innovative car communication software
Vehicle Systems: Steering, suspension, ride & handling
Emphasis: Automotive IT Vehicle Systems Tipp: Klicke auf die Module für mehr Informationen.
1. Semester 30 ECTS Emphasis semester
Mathematical Methods in Engineering
Mathematical Methods in Engineering Modules:
Submodule Numerical Analysis Submodule Numerical Differential Equations Module Contents:
Linear systems Matrix eigenvalue problems Linear least square problems Nonlinear systems Nonlinear Least square problems Ordinary differential equations: Euler’s method, Runge-Kutta methods, Multistep methods, Stability and stiffness Partial differential equations: Finite difference methods and Finite element methods Offered: Winter term only
Type of assessment:
Submodule Numerical Analysis: final written examination part I 60min Submodule Numerical Differential Equations: final written examination part II: 60 min 8 ECTS
System Design
System Design Module Content:
System Development 4 ECTS System and Software Architecture 4 ECTS Offered: Winter term only
Type of assessment:
System Development: final written examination part I: 60min System and Software Architecture: final written examination part II: 60min 8 ECTS
Simulation & Control
Simulation & Control Module content:
Lecture Basic Control Lecture Advanced Control Lab Classical and Modern Control Design Offered winter term only
Type of assessment
Lecture Basic Control: final written examination part I, 50 min Lecture Advanced Control: final written examination part II, 70 min Lab Classical and Modern Control Design: Lab report 8 ECTS
IT Fundamentals
IT Fundamentals 6 ECTS
1. Semester 30 ECTS Emphasis semester
Mathematical Methods in Engineering
Mathematical Methods in Engineering Modules:
Submodule Numerical Analysis Submodule Numerical Differential Equations Module Contents:
Linear systems Matrix eigenvalue problems Linear least square problems Nonlinear systems Nonlinear Least square problems Ordinary differential equations: Euler’s method, Runge-Kutta methods, Multistep methods, Stability and stiffness Partial differential equations: Finite difference methods and Finite element methods Offered: Winter term only
Type of assessment:
Submodule Numerical Analysis: final written examination part I 60min Submodule Numerical Differential Equations: final written examination part II: 60 min 8 ECTS
Simulation & Control
Simulation & Control Module content:
Lecture Basic Control Lecture Advanced Control Lab Classical and Modern Control Design Offered winter term only
Type of assessment
Lecture Basic Control: final written examination part I, 50 min Lecture Advanced Control: final written examination part II, 70 min Lab Classical and Modern Control Design: Lab report 8 ECTS
System Design
System Design Module Content:
System Development 4 ECTS System and Software Architecture 4 ECTS Offered: Winter term only
Type of assessment:
System Development: final written examination part I: 60min System and Software Architecture: final written examination part II: 60min 8 ECTS
Vehicle System Fundamentals
Vehicle System Fundamentals Motor Vehicles, 3 ECTS Introduction to Vehicle Propulsion, 2 ECTS Lab Motor Vehicles, 1 ECTS 6 ECTS
2. Semester 30 ECTS Emphasis semester
Automotive Communications
Automotive Communications
7 ECTS
Usability and Dependability
Usability and Dependability 7 ECTS
Team Project
Team Project application of project management constitution of hierarchy (project-manager, teams members) constitution of project structure (time schedule, work packages realisation of given task documentation and evaluation of results presentation of results project feedback Offered: Only Summer term
Type of assessment (total): Report and Presentation 20 min
8 ECTS
Autonomous Systems
Autonomous Systems Module Content
Lecture Longitudinal Dynamics 1 ECTS Lecture Ride Comfort Modeling and Simulation 2 ECTS Lecture Automotive Controller systems 1 ECTS Lab Long. Dynamics, Ride Comfort and Automotive Controller Systems 3 ECTS Offered: only Winter term
Type of Assessment
Lecture Longitudinal Dynamics: Final written examination part I: 30 min Lecture Ride Comfort Modeling and Simulation: Final written examination part I: 30 min Lecture Automotive Controller systems: Final written examination part III: 30 min Lab Long. Dynamics, Ride Comfort and Automotive Controller Systems: 8 ECTS
2. Semester 30 ECTS Emphasis semester
Team Project
Team Project application of project management constitution of hierarchy (project-manager, teams members) constitution of project structure (time schedule, work packages realisation of given task documentation and evaluation of results presentation of results project feedback Offered: Only Summer term
Type of assessment (total): Report and Presentation 20 min
8 ECTS
Propulsion Systems
Propulsion Systems Module Content
Lecture Engine Control Systems 2 ECTS Lecture Transmission Control 3 ECTS Lecture Transmission Systems 3 ECTS Offered: Summer term only
Type of Assessment:
Lecture Engine Control Systems: final written examination 60 min Lecture Transmission Control: final written examination part I together with transmission systems 60 min Lecture Transmission Systems: final written examination part II together with transmission systems 60 min
6 ECTS
Ride & Handling
Ride & Handling Module Content
Lecture Handling 4 ECTS Suspension Modeling 4 ECTS Offered: only Summer term
Type of Assessment
Lecture Handling: final written examination 90 min Suspension Modeling: final written examination 90 min
8 ECTS
Autonomous Systems
Autonomous Systems Module Content
Lecture Longitudinal Dynamics 1 ECTS Lecture Ride Comfort Modeling and Simulation 2 ECTS Lecture Automotive Controller systems 1 ECTS Lab Long. Dynamics, Ride Comfort and Automotive Controller Systems 3 ECTS Offered: only Winter term
Type of Assessment
Lecture Longitudinal Dynamics: Final written examination part I: 30 min Lecture Ride Comfort Modeling and Simulation: Final written examination part I: 30 min Lecture Automotive Controller systems: Final written examination part III: 30 min Lab Long. Dynamics, Ride Comfort and Automotive Controller Systems: 8 ECTS
3. Semester 30 ECTS Emphasis semester
Master's Thesis
Master's Thesis The master thesis is an examination and consists of the master thesis project and the presentation and defense. It shall show that the examinees themselves are able to handle and solve a problem with scientific methods on their own and within a set timeframe.
Prerequisites:
comprehensive foundations in the area of the scientific work knowledge of project management, documentation and presentation technique Module contents:
constitution of project structure (time schedule, work packages) realisation of given task with scientific methods and within a given timeframe documentation and evaluation of result presentation and defense of results Offered only in Winter semester
23 ECTS
Soft Skills
Soft Skills Module Content:
Submodule Global Engineering: 2 ECTS Submodule Project Management: 2 ECTS Submodule International Negotiations: 3 ECTS Offered only in winter semester
Exam form:
Submodule Global Engineering: Final written examination part I 45 min and Report and Presentation Submodule Project Management: Final written examination part II 45 min and Report and Presentation Submodule International Negotiations: Final written examination 60 min
7 ECTS
3. Semester 30 ECTS Emphasis semester
Soft Skills
Soft Skills Module Content:
Submodule Global Engineering: 2 ECTS Submodule Project Management: 2 ECTS Submodule International Negotiations: 3 ECTS Offered only in winter semester
Exam form:
Submodule Global Engineering: Final written examination part I 45 min and Report and Presentation Submodule Project Management: Final written examination part II 45 min and Report and Presentation Submodule International Negotiations: Final written examination 60 min
7 ECTS
Master's Thesis
Master's Thesis The master thesis is an examination and consists of the master thesis project and the presentation and defense. It shall show that the examinees themselves are able to handle and solve a problem with scientific methods on their own and within a set timeframe.
Prerequisites:
comprehensive foundations in the area of the scientific work knowledge of project management, documentation and presentation technique Module contents:
constitution of project structure (time schedule, work packages) realisation of given task with scientific methods and within a given timeframe documentation and evaluation of result presentation and defense of results Offered only in Winter semester
23 ECTS
