Software and systems engineering includes methods, procedures and tools for the development of complex systems, such as software or technical systems.
Systems engineering is an interdisciplinary approach for the design, development and management of complex systems. It aims to holistically understand and optimise the requirements, functions and characteristics of a system to ensure that it operates effectively and meets the needs of its stakeholders. It considers technical, economic, social and organisational factors to design and implement reliable, efficient and cost-effective systems.
Software engineering is an important part of systems engineering that focuses on the design, implementation and maintenance of software components. It helps to optimise the functions and performance of the overall system and to ensure that the software components interact seamlessly with other system components.
Cutting-edge research with the help of high-quality software
The growing demands on software solutions for complex systems increasingly require aspects such as robustness and security to be considered. This is based on the complexity increase of research questions as well as of the digitalisation and interconnection of research processes. Most of the institutes and facilities of the German Aerospace Center (DLR) work on complex technical systems such as spacecraft, aircraft and energy systems. This requires sophisticated software.
The activities of the Institute of Software Technology aim to enable DLR researchers to develop high-quality, application-specific software and systems in order to carry out cutting-edge research.
Data consistency throughout the system lifecycle is particularly important. Reducing the number of interfaces in development processes and standardising information leads to greater fault tolerance. This not only has a positive effect on development times, but also on the end products.
Virtual Satellite in the Concurrent Engineering Facility in Bremen
The Virtual Satellite software solution is used in the Concurrent Engineering Facility (CEF). Originally launched with the aim of supporting the construction and integration of spacecraft with digital simulated models, it has quickly become an important tool for the early development phases and collaboration in the CEF. Overall, Virtual Satellite contributes to the digitisation of the entire spacecraft lifecycle and the realisation of the Industry 4.0 vision in the space sector.
Empirical software engineering also considers the role of researchers. The needs and requirements are evaluated and the methods, procedures and tools of classical software engineering are adapted to them. The aim is to create an environment in which researchers can concentrate on their primary research activities through efficient development work.
