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system composer™ enables the specification and analysis of architectures for model-based systems engineering and software architecture modeling. with system composer, you allocate requirements while refining an architecture model that can then be designed and simulated in simulink^®. 

architecture models consisting of components and interfaces can be authored directly, imported from other tools, or populated from the architectural elements of simulink designs. you can describe your system using multiple architecture models and establish direct relationships between them via model-to-model allocations. behaviors can be captured and simulated in sequence diagrams, state charts, or simulink models. you can define and simulate the execution order of component functions and generate code from your software and autosar architecture models (with simulink and embedded coder^®, including autosar blockset for autosar workflows).

to investigate specific design or analysis concerns, you can create custom live views of the model. architecture models can be used to analyze requirements, capture properties via stereotyping, perform trade studies, and produce specifications and interface control documents (icds).

tutorials

compose and analyze systems using architecture models

define architectures, add metadata, perform analyses, view component dependencies, and implement behaviors.

learn more

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  system composer terminology and concepts.

featured examples

modeling system architecture of small uav

set up and refine the architecture of a small unmanned aerial vehicle.

simulate mobile robot with system composer workflow

simulate a mobile robot architecture with a systems engineering workflow.

calculate endurance using quadcopter architectural design

design quadcopter by calculating endurance using system composer analysis.

design insulin infusion pump using model-based systems engineering

design an insulin infusion pump with variant analysis using system composer.

videos

sketch hierarchical system and software decompositions of components using a familiar component, port, and connector modeling approach.

add custom properties to architectural elements using stereotypes.

automatically create spotlight views in system composer that show the context of a specific architectural component.

create, link, and manage simulink behavioral components and interfaces as part of your top-down architecture design.