Fraunhofer Institute for Experimental Software Engineering IESE
Seminar: Continuous Engineering and Virtual Validation for Automotive
Raising development processes in the automotive industry to the next level.
Revolution in the automotive industry
In the automotive sector, the development of complex systems is under constant pressure to innovate. New technologies not only require shorter development cycles, but also the highest safety and quality standards. This is where continuous engineering comes into play: an approach that ensures that new functions are continuously tested and optimized through the seamless integration of development and validation processes. In combination with virtual validation methods such as digital twins and simulations, companies can react faster, more efficiently and more reliably to new challenges.
Information and details of the seminar
Modern software development with virtual engineering and continuous engineering
You will learn how continuous development processes (CI/CD) and continuous architecture evaluation increase the efficiency and quality of your projects. Other focal points are the virtual integration and validation of systems using digital twins and simulations. You will also receive an introduction to important standards such as Automotive ASPICE and ISO 26262 and their implementation in virtual development environments. Topics such as ISO 25010 quality models, traceability and virtual engineering for safety-critical systems round off the program.
Tabbed contents
Overview
The seminar can be customized: Depending on requirements, it is possible to adapt the content of the units and focus on specific topics or coordinate the time frame. Contact us!
Content
This seminar offers comprehensive specialist content on continuous engineering and virtual validation specifically for the automotive industry.
Methods
The seminar was designed by the experts of Fraunhofer IESE and has already been held successfully several times. The participants are personally supervised by the Fraunhofer IESE team and have direct access to the expertise from research and practice.
Speakers
Dr. Pablo Oliveira Antonino is head of the Embedded Software Engineering department at the Fraunhofer Institute for Experimental Software Engineering IESE in Kaiserslautern. The department's competencies include the design, evaluation, and simulation of architectures for dependable embedded systems. Dr. Oliveira Antonino has been working at Fraunhofer IESE since 2009. Prior to that, he worked as a software developer in various companies developing embedded systems and information systems. He received his doctorate from the Technical University of Kaiserslautern in 2016.
Dr. Thomas Bauer is Business Area Manager for Embedded Systems and project manager in the Virtual Engineering department at the Fraunhofer Institute for Experimental Software Engineering IESE in Kaiserslautern. His research interests include the design of large system architectures as well as the verification and validation of technical, software-intensive systems.
General Terms and Conditions (AGB)
General Terms and Conditions for participation in seminars and events of Fraunhofer IESE:
Data Protection
We do, of course, treat your data confidentially and do not pass it on to third parties. You can object to the processing of your data at any time.
Costs and Invoicing
The participation fee is tax-free according to Sec 4 No. 22a of the German Value Added Tax Act (UStG).
It includes accompanying documents, the examination fee, and catering during on-site events. We do, of course, treat your data confidentially and do not pass it on to third parties. You can object to the processing of your data at any time.
Following the training, our accounting department will send an official invoice to the address provided by you.