Would you like to understand how modern vehicles are manufactured – and play an active role in shaping these processes? If so, the Master’s in Automotive Production Engineering provides you with the ideal foundation. You will gain a comprehensive understanding of production systems in the automotive sector and their strategic, planning and operational development. You will explore modern manufacturing technologies, engineering processes, production strategies and the latest digital technologies for business process automation, and learn to combine technical solutions with economic and organisational requirements.
Practical projects form a central part of the programme: in the research seminar during the first semester and the group project in the second, you will tackle real-world industrial challenges and use scientific methods to develop well-founded solutions. At the same time, you’ll forge international contacts and prepare yourself for global working environments. The Master’s programme qualifies you for specialist and managerial roles in production, factory planning and technology development – and paves the way for a PhD.
<p>Covers integrated product and process development in the automotive industry. Students gain insight into simultaneous engineering, prototyping, pilot production, lean development, and project management within large-scale industrial environments.</p>
<p>Examines global production and logistics networks in the automotive sector. Students learn to design supply chains, evaluate logistics strategies, optimize sourcing and distribution concepts, and apply performance indicators in networked production systems.</p>
<p>Introduces state-of-the-art manufacturing technologies such as additive manufacturing, laser processes, battery production, and fiber-reinforced materials. Students analyze technological advantages, industry trends, and future applications in automotive production.</p>
<p>Provides methods and tools for cost engineering and risk management across product development and production. Students learn to evaluate cost drivers, assess technological risks, and integrate economic and technical decision-making in complex engineering projects.</p>
<p>Introduces scientific working methods through individual research projects. Students independently analyze a technical topic, apply academic methods, document results, and strengthen research, communication, and time-management skills.</p>
<p>Introduces automation systems, robotics, and equipment technologies used in automotive manufacturing. Students analyze automation levels, system components, planning methods, and the integration of equipment into production systems.</p>
<p>This module focuses on strategies, methods, and tools for managing innovation and technology development. Students learn to apply foresight, business model design, and intellectual property strategies to systematically drive innovation in engineering-intensive industries.</p>
<p>Explores digital tools supporting product and production development. Topics include PLM/PDM systems, CAx technologies, digital factories, and simulation methods. Students learn to apply digital models for planning, analysis, and optimization.</p>
<p>Focuses on the design and optimization of production systems and factories. Topics include lean production, flow optimization, ergonomics, shopfloor management, and Industry 4.0 concepts applied to automotive manufacturing.</p>
<p>A team-based project addressing a complex, real-world task in automotive production engineering. Students apply technical, managerial, and methodological skills while strengthening teamwork, communication, leadership, and project management competencies.</p>
<p>The final academic project, focusing on a complex problem in automotive production engineering. Students apply scientific methods independently, often in cooperation with industry, and demonstrate advanced analytical and problem-solving capabilities.</p>
| 1. Semester | |
|---|---|
| 2. Semester | |
| 3. Semester |
Applications for this degree may be submitted through the online application system from November 15th-January 15th for the summer term.
The successful completion of a Bachelor´s or "Diplom"-degree in Engineering or Science, or an equivalent degree at a German university with a minimum of 210 credit points (in conformity with General Examination Regulations) - or - the successful completion of an equivalent degree at a foreign university. Admission restrictions are decided for each semester and are usually published in April each year. The average mark required and the waiting time for receiving a place are not decided in advance, but depend on the number of applicants and available capacity.
Please take note of our Statutes for International Orientation and Selection Procedures
Link to Procedural elements for the Master Automotive Production Engineering (pdf)
For applicants from third countries, the selection process includes an assessment based on their bachelor's degree. In addition, a curriculum analysis is carried out (specifically: academic work/project work in the first degree as an engineer). Practical experience is also evaluated in the selection process.
Do you have any questions about applications, admission, enrolment, student finance, accommodation or other general topics? If so, please use our contact form and select the relevant topic. This will ensure your enquiry is sent directly to the relevant contact person(s) and can be answered quickly and effectively.
Programme director, Academic advisor Automotive Production Engineering (Master)
Bachelor of Engineering (B. Eng.)
International Industrial Engineering is designed for students who aspire to build a career in globally operating companies and international markets. Taught entirely in English, this Bachelor’s programme combines engineering expertise with management and business knowledge, providing a broad and future-oriented education. You will develop the technical, analytical, and leadership skills needed to address complex challenges across industries, preparing you for roles at the intersection of technology, innovation, and global business. With its international focus and interdisciplinary curriculum, the programme equips graduates to succeed in an increasingly connected world.
About the degree program
Master of Engineering (M. Eng.)
Key areas in Engineering and Business include engineering, business administration, production and project management. Its subject areas cover product development, process optimisation and industrial value chains. The result is technical and commercial perspectives combined in one interdisciplinary profile.
About the degree program
Master of Science (M. Sc.)
At the core of Engineering and Management are engineering, business administration, production and project management. Academic methods are applied to international value chains, digitalisation and strategic decision-making. A distinctive feature is technical expertise integrated with management across global organisations.
About the degree program
Master of Engineering (M. Eng.)
Vehicle design, powertrains, body structures and mechatronic systems define the academic profile of International Automotive Engineering. The programme brings together simulation, testing, manufacturing and systems integration. The result is engineering methods dedicated to the development of modern vehicles.
About the degree programWould you like to understand how modern vehicles are manufactured – and play an active role in shaping these processes? If so, the Master’s in Automotive Production Engineering provides you with the ideal foundation. You will gain a comprehensive understanding of production systems in the automotive sector and their strategic, planning and operational development. You will explore modern manufacturing technologies, engineering processes, production strategies and the latest digital technologies for business process automation, and learn to combine technical solutions with economic and organisational requirements.
Practical projects form a central part of the programme: in the research seminar during the first semester and the group project in the second, you will tackle real-world industrial challenges and use scientific methods to develop well-founded solutions. At the same time, you’ll forge international contacts and prepare yourself for global working environments. The Master’s programme qualifies you for specialist and managerial roles in production, factory planning and technology development – and paves the way for a PhD.
<p>Covers integrated product and process development in the automotive industry. Students gain insight into simultaneous engineering, prototyping, pilot production, lean development, and project management within large-scale industrial environments.</p>
<p>Examines global production and logistics networks in the automotive sector. Students learn to design supply chains, evaluate logistics strategies, optimize sourcing and distribution concepts, and apply performance indicators in networked production systems.</p>
<p>Introduces state-of-the-art manufacturing technologies such as additive manufacturing, laser processes, battery production, and fiber-reinforced materials. Students analyze technological advantages, industry trends, and future applications in automotive production.</p>
<p>Provides methods and tools for cost engineering and risk management across product development and production. Students learn to evaluate cost drivers, assess technological risks, and integrate economic and technical decision-making in complex engineering projects.</p>
<p>Introduces scientific working methods through individual research projects. Students independently analyze a technical topic, apply academic methods, document results, and strengthen research, communication, and time-management skills.</p>
<p>Introduces automation systems, robotics, and equipment technologies used in automotive manufacturing. Students analyze automation levels, system components, planning methods, and the integration of equipment into production systems.</p>
<p>This module focuses on strategies, methods, and tools for managing innovation and technology development. Students learn to apply foresight, business model design, and intellectual property strategies to systematically drive innovation in engineering-intensive industries.</p>
<p>Explores digital tools supporting product and production development. Topics include PLM/PDM systems, CAx technologies, digital factories, and simulation methods. Students learn to apply digital models for planning, analysis, and optimization.</p>
<p>Focuses on the design and optimization of production systems and factories. Topics include lean production, flow optimization, ergonomics, shopfloor management, and Industry 4.0 concepts applied to automotive manufacturing.</p>
<p>A team-based project addressing a complex, real-world task in automotive production engineering. Students apply technical, managerial, and methodological skills while strengthening teamwork, communication, leadership, and project management competencies.</p>
<p>The final academic project, focusing on a complex problem in automotive production engineering. Students apply scientific methods independently, often in cooperation with industry, and demonstrate advanced analytical and problem-solving capabilities.</p>
| 1. Semester | |
|---|---|
| 2. Semester | |
| 3. Semester |
Applications for this degree may be submitted through the online application system from November 15th-January 15th for the summer term.
The successful completion of a Bachelor´s or "Diplom"-degree in Engineering or Science, or an equivalent degree at a German university with a minimum of 210 credit points (in conformity with General Examination Regulations) - or - the successful completion of an equivalent degree at a foreign university. Admission restrictions are decided for each semester and are usually published in April each year. The average mark required and the waiting time for receiving a place are not decided in advance, but depend on the number of applicants and available capacity.
Please take note of our Statutes for International Orientation and Selection Procedures
Link to Procedural elements for the Master Automotive Production Engineering (pdf)
For applicants from third countries, the selection process includes an assessment based on their bachelor's degree. In addition, a curriculum analysis is carried out (specifically: academic work/project work in the first degree as an engineer). Practical experience is also evaluated in the selection process.
Do you have any questions about applications, admission, enrolment, student finance, accommodation or other general topics? If so, please use our contact form and select the relevant topic. This will ensure your enquiry is sent directly to the relevant contact person(s) and can be answered quickly and effectively.
Programme director, Academic advisor Automotive Production Engineering (Master)
Bachelor of Engineering (B. Eng.)
International Industrial Engineering is designed for students who aspire to build a career in globally operating companies and international markets. Taught entirely in English, this Bachelor’s programme combines engineering expertise with management and business knowledge, providing a broad and future-oriented education. You will develop the technical, analytical, and leadership skills needed to address complex challenges across industries, preparing you for roles at the intersection of technology, innovation, and global business. With its international focus and interdisciplinary curriculum, the programme equips graduates to succeed in an increasingly connected world.
About the degree program
Master of Engineering (M. Eng.)
Key areas in Engineering and Business include engineering, business administration, production and project management. Its subject areas cover product development, process optimisation and industrial value chains. The result is technical and commercial perspectives combined in one interdisciplinary profile.
About the degree program
Master of Science (M. Sc.)
At the core of Engineering and Management are engineering, business administration, production and project management. Academic methods are applied to international value chains, digitalisation and strategic decision-making. A distinctive feature is technical expertise integrated with management across global organisations.
About the degree program
Master of Engineering (M. Eng.)
Vehicle design, powertrains, body structures and mechatronic systems define the academic profile of International Automotive Engineering. The programme brings together simulation, testing, manufacturing and systems integration. The result is engineering methods dedicated to the development of modern vehicles.
About the degree program