Mechanical Engineering M.Sc.

Note: This course is offered in German only.

esset dolor:

Lectures of the study program

Alternative and Electrified Vehicle Propulsion Systems

Dozent*in
Prof. Dr. Lutz Eckstein, Prof. Dr. Stefan Pischinger

Automated and Connected Driving Challenges

Dozent*in
Bastian Lampe M.Sc.

Automated and Connected Driving Challenges - Research Project

Dozent*in
Bastian Lampe M.Sc.

Automated Driving

Dozent*in
Dr. Adrian Zlocki

Automotive Engineering – Practical Course

Dozent*in
–

Automotive Engineering I – Longitudinal Dynamics of Vehicles

Dozent*in
Prof. Dr. Lutz Eckstein

Automotive Engineering II – Vertical and Lateral Dynamics of Vehicles

Dozent*in
Prof. Dr. Lutz Eckstein

Automotive Engineering III –

Dozent*in
Prof. Dr. Lutz Eckstein

Automotive System Evaluation

Dozent*in
Dr. phil. Stefan Ladwig

Cause Analysis of Motor Vehicle Accidents

Dozent*in
Prof. Dr. Werner Möhler

Cooperative Product Design in Vehicle Engineering

Dozent*in
Prof. Dr. Manuel Löwer

Fibre-Reinforced Composites I/II

Dozent*in
Dr. Dinesh Thirunavukkarasu

Industrial Development of Commercial Vehicles

Dozent*in
Prof. Dr. Uwe Baake

Industrial Development Process for Passenger Car Drivelines

Dozent*in
Carsten Weber

Mechatronics in Vehicle Engineering

Dozent*in
Prof. Dr. Lutz Eckstein and Prof. Dr. Christian Schindler

Motorbikes

Dozent*in
Mark Harris M.Sc.

Strategies in the Automotive Industry

Dozent*in
–

Structural Design of Vehicles

Dozent*in
Prof. Dr. Peter Urban

Transportation Design – Fundamentals and Industrial Practice

Dozent*in
Lutz Fügener

Vehicle Acoustics

Dozent*in
Dipl.-Ing. Jens Viehöfer

Information

Standard period of study: 3 Semester
ECTS-Points: 90
Sprache: Deutsch
Examination regulations

To the RWTH information

Further information on Mechanical Engineering M.Sc. course at RWTH Aachen University website.

Course Guidance

Matthias Sebastian Daniel Korten
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Appointments for personal consultation by appointment
+49 241 80 25678

Mechanical Engineering M.Sc.

Lectures of the study program

Alternative and Electrified Vehicle Propulsion Systems

Automated and Connected Driving Challenges

Automated and Connected Driving Challenges - Research Project

Automated Driving

Automotive Engineering – Practical Course

Automotive Engineering I – Longitudinal Dynamics of Vehicles

Automotive Engineering II – Vertical and Lateral Dynamics of Vehicles

Automotive Engineering III –

Automotive System Evaluation

Cause Analysis of Motor Vehicle Accidents

Cooperative Product Design in Vehicle Engineering

Fibre-Reinforced Composites I/II

Industrial Development of Commercial Vehicles

Industrial Development Process for Passenger Car Drivelines

Mechatronics in Vehicle Engineering

Motorbikes

Strategies in the Automotive Industry

Structural Design of Vehicles

Transportation Design – Fundamentals and Industrial Practice

Vehicle Acoustics

Information

To the RWTH information

Course Guidance

Service

Cooperations

Address