Smart Vehicle Systems im Praxisverbund
Are you interested in mechatronic vehicle systems and want to understand autonomous mobile systems?
On the Smart Vehicle Systems degree programme, you will learn to take a systemic view of mechatronic vehicle systems and will therefore be ideally prepared for the current requirements of the automotive industry. You will acquire in-depth knowledge of systems engineering - from product development to sustainable production. In particular, you will focus on the mechatronics of networked vehicle systems, autonomous mobile systems and their interaction with infrastructure, drivers and passengers. Modern drive technology and sustainable battery solutions are also key topics of your degree programme.
Facts at a glance
Why Smart Vehicle Systems at Ostfalia?
- Practical teaching: laboratories, workshops and realistic projects.
- Individual support: Support programmes such as MatheLift make it easier for you to get started.
- Innovative teaching content: Focus on autonomous driving, vehicle networking and digital methods.
- Top career opportunities: Excellent contacts to the automotive and supplier industry.
Our strengths - modern and practice-orientated
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- Strong, practice-orientated course with labs, exercises and case studies
- Up-to-date course content and intensive supervision in small groups as well as project work
- Accredited degree programmes and a fixed timetable
- High-quality, good contacts with industry partners in the region
- Counselling and support for personal and study-related issues through learning coaching
- Very good entry opportunities for later professional life or studying in a practical programme
- Supplementary university programme: Further education, language courses and a sports and cultural programme
Contents of the study programme
The future of mobility is changing rapidly. Autonomous driving, electromobility and smart mobility concepts are the focus of the automotive industry, especially with regard to climate change. The car is increasingly becoming a highly complex system in which mechatronic components and modern technologies play a major role. In order to do justice to these developments, the Faculty of Automotive Engineering has developed the Smart Vehicle Systems degree programme. Here you will learn all about networked vehicle systems and innovative mobility concepts. With its strong focus on vehicle systems and sustainable mobility, this degree programme clearly stands out from traditional degree programmes.
With a degree in Smart Vehicle Systems, you will be ideally prepared for the challenges of the modern automotive world. You will acquire valuable skills in systems engineering, from the initial idea through to implementation and analysing sustainability aspects. The degree programme has a special focus on mechatronics and the networking of systems. You will immerse yourself in the world of autonomous mobile systems and learn how vehicles, infrastructure and passengers interact with each other. You will also learn how electric drives, software and sustainable battery technology work to achieve the climate targets of the future.
Our interdisciplinary training programme gives you a comprehensive grounding in engineering. You will gain broad knowledge in vehicle technology, electronics and computer systems. In addition to theoretical knowledge, you will acquire practical skills to develop and test mechatronic vehicle systems. The lessons are designed to give you a deep understanding through practical tasks from the real world.
Take advantage of a hands-on learning environment with lectures, labs and workshops. With three specialised institutes, our faculty offers you the best conditions for a comprehensive course of study. You can also expand your knowledge by spending time abroad or working in exciting student teams. Become part of the e.Wolf team, which develops autonomous model cars, or the Wob-Racing team, which takes part in Formula Student.
Are you ready to be part of the future of automotive engineering?
Structure of the study programme
1.-4th semester: Basic studies
In the foundation course of the Bachelor's degree programme in Automotive Engineering, you will learn the most important fundamentals of automotive engineering. These include, for example: technical mechanics, maths, computer science, production engineering, electronics and measurement technology.
The content is made more tangible through exercises and laboratory practicals. This allows you to directly apply what you have learnt in practice.
5.-6th semester: Choice of a subject block
The specialised studies take place in practical projects and small groups. You can choose your specialisation from 4 subject blocks. The content of the subject blocks can be found in the next section.
In the 7th semester, you will have a practical phase and write your Bachelor's thesis.
+ 1 semester practical phase: The practical phase takes place during your studies in consultation with the company in which you work.
Opportunities in the practice network
The content of the integrated degree programme (StiP) is basically identical, but offers additional practical phases, so that the study sequence of the individual semesters differs.
Practice-integrated degree programme
Students complete their studies in a partner company, where they familiarise themselves with engineering activities in the company at an early stage and are involved in practical work processes.
Training-integrated degree programme
Students complete an apprenticeship alongside their degree programme. The training takes place in practical/training semesters, which are also integrated into the above-mentioned study programme.
If you are interested in a degree programme integrated with practical training (StiP), you must apply independently to a company and present your employment contract when you enrol at the university. If you need support, please contact our Career Service (external link, opens in a new window), the Central Student Advisory Service (external link, opens in a new window) or the Student Advisory Service:
Prof. Dr.-Ing. Bernd Lichte
E-mail: b.lichte(at)ostfalia.de (opens your email program)
Another opportunity to gain practical experience during your studies:
Com-Bind-ING-Study
- Interested students apply for a subsidised ("working student") position at a partner company of the faculty parallel to enrolment
- The degree programme is full-time and follows the regular curriculum in 7 semesters (non-dual).
- During the lecture-free periods, the students are employed by the company as part of internships or other work activities and complete their student work at the company.
- In return, the students receive a (full-year) monthly payment from the company.
- After completing their studies, students can start directly at the company - provided there is mutual agreement. (In contrast to the dual study programme, there is no mutual obligation to take on the student)
Our partners in the practice network
On the pages of our partners in the practice network you can see which form of practice network the respective company offers and how the application procedure works.
Choose your theme block
During your degree programme, you choose the subject block that suits you best. Each block comprises five compulsory modules and two elective modules to deepen your interests.
The "Intelligent Autonomous Systems" specialisation is ideal for you if you want to work with IT systems. Here you will learn to specify and implement sophisticated sensor/actuator systems. Modules on machine perception and machine learning round off the specialisation.
With the "Mechatronic Systems" specialisation, you will supplement your studies with subjects such as "Powertrain" and "Vehicle Dynamics". This specialisation also deepens the integration of these systems into complex system networks.
The "Mobility Concepts in Aftersales " specialisation offers a specialisation in expertise and business administration. It takes into account the industry's increasing demand for engineers with business management skills.
In the " Electromobility" specialisation, you will delve deep into the world of electrical energy storage and use for electric vehicles. These skills are important in the growing e-mobility sector.
Typical professional fields of activity
A degree programme in Smart Vehicle Systems at Ostfalia University opens up a wide range of career prospects, not only in the automotive and mobility sector. The combination of vehicle technology, mechatronics and software development prepares you for innovative and future-orientated activities.
Vehicle development and technology
- Vehicle system development: design and development of intelligent systems for networked and autonomous vehicles.
- Mechatronic systems: work on systems such as driver assistance systems (ADAS), sensors and actuators.
- Vehicle software: development and programming of embedded systems for intelligent vehicle functions.
Research and development (R&D)
- Autonomous driving: Development in the field of autonomous vehicle control and road safety.
- Artificial intelligence: Integration of AI methods in vehicle systems.
- Innovation management: development of new mobility solutions for smart cities.
Production and manufacturing
- System integration: Testing and integration of complex vehicle systems in production processes.
- Quality management: Ensuring the reliability and safety of systems and components.
- Production optimisation: Efficient design of production processes through automation and robotics.
Management and consulting
- Project management: Management of technical development projects in the field of vehicle systems.
- Technical consulting: Advising companies on the implementation of smart mobility solutions.
- Product management: Introduction and support of technologies such as vehicle communication and connected services.
Supplier and service industry
- Automotive suppliers: Development of electronic components and software solutions.
- Engineering service provider: Technical support and outsourcing projects for automotive manufacturers.
Alternative careers
- Company foundation: Starting your own technology company.
- Technical sales: Sales and marketing of innovative vehicle systems.
- Teaching and science: Research at colleges or universities.
Future trends & growth areas
- Connected vehicles and the Internet of Things (IoT)
- Electromobility and alternative drives
- Autonomous driving and smart city technologies
- Cybersecurity for connected vehicle systems
With the SmartVehicle Systems degree programme, you will be optimally prepared for the requirements of the digital and networked automotive world. You will benefit from practice-orientated teaching content and intensive collaboration with industry.
Possible Master's programme
In addition to the Master's degree programmes offered by the Faculty of Automotive Engineering, you can also take advantage of the wide range of Master's degree programmes offered by Ostfalia or other educational institutions. The Faculty of Automotive Engineering offers 3 Master's degree programmes: Automotive Engineering (external link, opens in a new window), Automotive Systems Technologies (external link, opens in a new window)(part-time programme) and Automotive Service Technology and Processes (external link, opens in a new window).