System Architecture and System Design
ECU Design is a powerful partner in developing processes ranging from Requirements Management to System Integration. We aim at achieving quality as per IATF16949 and ISO9001 standards and in doing so, "ISO/IEC15288 - System and Software Life Cycle" is our guiding standard.
We deliver critical stages as Concept and System Design at the rigor imposed by Functional Safety ISO26262 and IEC61508.
Within the software domain, we follow ISO/IEC/IEEE12207 and ASPICE for firmware applications development (involving or not AutoSAR).
System architecture and design rest on four main pillars:
- Requirements Diagrams
- Structure Diagrams
- Behavior Diagrams
- Parametric Diagrams
Steps pertaining to the product development process are illustrated in their specific diagrams.
System Architecture
The necessity of having a system architecture arises on many occasions and in different shapes. One such example is Functional Safety which requires an architecture for each use case from functions point of view.
The interactions architecture reveals external influences on the system. It can also be the case of architecture giving rise to other architectures; for instance architecture from physical connections point of view is the basis for noise and vibration architecture or heat transfer requiring physical and neighboring relations.
Electromagnetic Compatibility (EMC) requires yet another kind of approach on system architecture and so forth, system architecture is a critical step in developing any system. All mentioned architectures define ''points of view architecture''.
ECU design develops system architecture based on ISO/IEC/IEEE 42010.
