Digital tools in the engineering process of complex systems improve information flow between stakeholders — raising quality and cutting rework across design and production.
Our MBSE / MBSA approach combines methodology and tooling so architectural models carry safety and dependability data, and automated analysis stays aligned with the normative standards the program must satisfy.
Architecture, safety and dependability views that stay synchronized as the design changes.
Model-based systems engineering
ConOps, use cases, architectures and functional breakdown
Interface control and requirements traceability from models
Electronics architecture modelling and simulation
Model-based design and code generation interfaces for embedded software
Model-based safety and dependability
FHA and FTA driven from system models
FMEA / FMES at electronics and system level
Reliability block diagrams and failure-mode summaries
FDIR modelling including hardware–software interaction analysis
Program integration
Change-impact analysis across system and safety views
Export of artefacts that sit beside conventional ARP4754B / ARP4761A deliverables
Tooling and repository strategy scaled to the program