Feature-Driven eDrive Development: A Consistent Way to Handle Complexity

How can the complexity in eDrive systems be managed without losing development speed but maintaining quality? In this session, see a systematic, Model-Based Design approach for consistent function-centric development that leverages cross domain synergies and eliminates all unnecessary interfaces between tools and departments. Learn how to combine MBSE and Model-Based Design approaches across system and software departments and how to enable system design for reliable system simulations on architectural level using System Composer™. The capability to simulate architectures in System Composer enables the direct integration of detailed designs of system behavioral models or production software into the system architecture. With this approach, the dynamic behavior of system components can be evaluated in an early project phase. Consequently, specification and implementation errors can be found earlier in the development process. Furthermore, the use of System Composer at system and software level ensures seamless integration and interchangeability of behavioral models which results in a high degree of reusability and interchangeability of work products. It also enables easy requirement traceability and project tracking across the V-cycle by combining Siemens Polarion as single source of truth with seamless combination of MBSE and Model-Based Design and test capabilities in MATLAB^®, Simulink^®, and System Composer.