The vision of automated driving and the development of sustainable and CO2-neutral energy and drive systems are closely linked and present huge challenges for the automobile industry. The Master programme in “Intelligent and Sustainable Vehicle Technologies” equips students with the interdisciplinary knowledge they need to develop partially and fully automated automotive systems and CO2-neutral drive concepts.
Campus
Hilltop
Distance learning with practical phases at Esslingen University
Period in semester3 Semester
Language of instructionGerman
Tuition Fees 19.000,- €
Application Periodwinter semester: 15 July
Admission RequirementsUniversity degree in a relevant discipline and subsequent professional experience.
CHOOSE YOUR OWN SPECIALISATIONS
Create your own customised Master programme by selecting the specialisations which match your own personal interests in your second and third semesters. You can choose from the following subject areas:
Your Career Opportunities
Programme graduates play an active role in designing the mobility of tomorrow, making them sought-after specialists in the following fields:
To be admitted to the Intelligent and Sustainable Vehicle Technologies Master programme (M.Eng.), you must have a university degree in mechatronics, electrical engineering, automotive engineering/automotive systems, mechanical engineering, information technology or a related engineering or science discipline and at least 210 ECTS credits.
If your first degree awarded less than 210 Credits, you must also make up the difference during this degree programme. Moreover, you must demonstrate that you have relevant professional experience of at least one year’s duration as a rule after your first degree. If you are not sure whether you meet the necessary requirements, we will be happy to check this for you without obligation before you apply.
Applications to this degree programme must be submitted via Graduate Campus Hochschule Aalen. Applications may be submitted at any time.
The Master programme involves conventional face-to-face instruction and high-quality teaching and learning thanks to the personal exchanges which are possible between students and lecturers. These are supplemented with comprehensive digital study material which is integrated into the programme concept. Topical issues encountered by the students in their practical work are dealt with in lectures, laboratory exercises and practical projects.
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