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Mastering Complexity: Training Platform for Model-based Development

02/26/2019

Together with its partners in the SPEDiT project, the Software Systems Engineering group has developed a training platform for model-based development of embedded systems and validated it in practice.

Software development for embedded systems has become more and more complex in recent years: The functionality of the systems has increased considerably and they are closely networked with other systems. Prominent examples are the many networked control units and sensors in today's passenger cars.

With their research in the SPEDiT project, the scientists in Professor Pohl's working group are helping developers of embedded systems to better master this complexity. SPEDiT is a technology transfer project funded by the German Ministry of Education and Research (BMBF). Its aim is to establish the development methodology worked out in the previous SPES projects in German companies.

From Research to Practice

The basic idea of the SPES approach (Software Platform Embedded Systems) is a consistent, model-based approach to software development. For this purpose, the entire system is systematically modelled before it is implemented. Thus, the planned functions and their dependencies are mapped consistently. Misunderstandings and ambiguities, for example, can be clarified at an early stage. Ideally, the models are used throughout all phases of development, i.e. from requirements analysis and architectural design to implementation and quality assurance. In this way, developers ensure that every critical requirement is functionally implemented and suitably tested.

In order to bring this model-based development method into daily engineering practice, the Essen scientists have set up a training platform together with their research partners. With the extensive learning material, system architects, requirements engineers, test engineers, software architects and programmers can train themselves independently.

Particular Benefit for Interdisciplinary Teams

At the automotive supplier Schaeffler, the researchers were able to test their approach and the learning materials for their practical suitability. "We accompanied a development in the context of a new drive axle for electric vehicles," reports Dr. Thorsten Weyer from paluno. "During this time, we were regularly on site and coached the employees in the participating departments. The SPES methodology has proven itself, especially for interdisciplinary teams". The manufacturer of heart support systems, Berlin Heart, also benefits from the model-based SPES methodology by using it for the efficient and safe development of its systems.

Public Closing Event

SPEDiT will end in March 2019. On April 12, Schaeffler will hold the final event in Herzogenaurach with a live demonstration of the results. Interested parties can register for the public event by March 15.

https://spedit.informatik.tu-muenchen.de/abschlussevent.html


About SPES (Software Platform Embedded Systems)

In order to strengthen the pioneering role of German companies in the field of embedded systems, the Federal Ministry of Education and Research (BMBF) funded the SPES 2020 and SPES_XT projects from 2009 to 2015. 21 partners from science and industry have developed a comprehensive set of methods for model-based development.

http://spes2020.informatik.tu-muenchen.de/


About SPEDiT (Software Platform Embedded Systems Dissemination and Transfer)

In the SPEDiT project, 9 partners from industry and science have joined forces to implement a training and transfer concept based on the results of the SPES projects. The aim is to support the dissemination of the techniques and the consistent, methodical overall approach to the development of embedded systems.

https://sse.uni-due.de/en/research/spedit