Carl Benz School of Engineering Bachelor in Mechanical Engineering - Specialization in Mobility Systems
Carl Benz School of Engineering

Carl Benz School of Engineering

Bachelor in Mechanical Engineering - Specialization in Mobility Systems

Karlsruhe, Germany

Bachelor's degree

3 years

English

Full time

EUR 7,180 / per semester *

On-Campus

* fees for EU students | fees for non-EU students: 8,680 EUR.

Key Summary

    About : The Bachelor in Mechanical Engineering - Specialization in Mobility Systems focuses on the design and development of advanced mobility solutions. This program covers key areas like automobile engineering, transport systems, and sustainable mobility practices. Students engage in hands-on projects and interdisciplinary studies, preparing for diverse challenges in the mobility sector. The program duration is three years.
    Career Outcomes : Graduates can pursue various career paths, including roles as automotive engineers, transportation planners, and mobility consultants. They may work in industries related to automotive design, public transport systems, or sustainable mobility innovations. Opportunities exist in both private companies and governmental organizations focusing on mobility solutions.

The Carl Benz School of Engineering offers high school graduates the unique opportunity to study internationally renowned German engineering in English. The 3-year bachelor’s program aims to prepare future engineers for a successful career.

The Karlsruhe Institute of Technology (KIT) is ranked #1 in employability amongst all German universities and achieves numerous top placements in the field of engineering every year. As the Mechanical Engineering College of the KIT, the Carl Benz School of Engineering offers high-quality lectures by excellent professors of the KIT. All students receive an individualized all-in-one service package, support, additional training and study guidance in order to develop their professional profile.

Specialization in Mobility Systems

The Mobility Systems specialization offers students the opportunity to develop pioneering solutions for global mobility challenges. From electric cars to high-speed trains - shape the mobility of tomorrow!

Students develop an awareness of people's global mobility needs and how these will be met by technical systems over time. They acquire in-depth knowledge of motorized vehicles for ground-based transport, such as cars, trucks, buses, rail vehicles, streetcars, subway trains, agricultural and forestry vehicles and commercial vehicles. They also deepen their knowledge of driving mechanics, drive concepts, torque conversion and central vehicle components. After successfully completing the program, graduates will be able to derive requirements for vehicles in relation to specific mobility systems, evaluate concepts and design central components and systems composed of them.