Embedded Software Simulation Products

Introduction to ANSYS SCADE Architect


ANSYS SCADE Architect is a system design product line for complex embedded systems modeling, based on the standard SysML notation. ANSYS SCADE Architect augments this underlying capability by providing a user-friendly and intuitive model-based environment for system engineers.

This course is an introduction to the ANSYS SCADE Architect environment. You will learn to create a complete project starting from modeling, traceability, report generation, down to SCADE Suite synchronization. The course also offers a specific focus on operational analysis of a system, functional breakdown, architecture definition and selection, interfaces and data management.

Independent and optional modules are available for:

  • Implementation of behavioral and parametric diagrams

  • Introduction to external tool gateways (IBM Rhapsody™, Papyrus™, and ANSYS Simplorer™)

  • JAVA customization of Checker rules, table queries, and synchronization


  • No previous exposure is required.

Target Audience: System Engineers and Software Architects

Teaching Method: Lectures and computer practical sessions to validate acquired knowledge. A training certificate is provided to all attendees who complete the course.

Introduction to ANSYS SCADE Architect Agenda



Agenda :

This is a 2 day classroom course covering both lectures and workshops. For virtual training, this course is covered over 7 x 2 hour sessions.

  • Virtual Classroom Session 1 / Live Classroom Day 1
  • Introduction to Systems Engineering

    • Training introduction and SCADE products introduction
    • Introduction to Systems Engineering and SCADE Model-Based Engineering with SCADE Architect
    • The Integrated Development Environment (IDE)
    • Presentation of the SCADE Architect primitives
  • Virtual Classroom Session 2 / Live Classroom Day 1
  • Introduction to SCADE Architect behavioral diagrams (see details in optional modules):

    • Use Case Diagram - Sequence Diagram
    • Activity Diagram - State Machine Diagram

    Functional Decomposition with IBD (Internal Block Diagram):

    • Creation and implementation of the IBD
    • Design Palette
    • Actors
    • Comments (graphical / textual)
    • Ports and Connectors
    • Block Data
  • Virtual Classroom Session 3 / Live Classroom Day 1
  • The SCADE Architect Block Definition Diagrams (BDD):

    • Block Definition Diagram (BDD)
    • Design Palette for BDD
    • Compositions and Simple Associations
    • Actors in Model
    • Types, Signals, Constants and Interfaces

    Introduction to Parametric Diagrams (see details in optional modules):

    • Parametric Diagrams
    • Constraints Representation
    • Design Palette
  • Virtual Classroom Session 4 / Live Classroom Day 1
  • Introduction to the SCADE Architect Model Checker:

    • Settings (configuration)
    • Markers management
    • Report generation
    • Live Checker
    • Introduction to Checker rules JAVA customization (see details in optional modules):

    Presentation of SCADE LifeCycle Reporter:

    • Settings (configuration)
    • Report generation
    • Introduction to user customization
    • Filter and report model content

    Classroom only - Lab

    • Design a Fighter radar system model
    • Create a SCADE Architect Project
    • Model and check a functional and architecture design
    • Generate a design report document
  • Virtual Classroom Session 5 / Live Classroom Day 2
  • Modeling a System:

    • Model Navigation
    • Modify a Model Layout

    Interface Control Documents introduction (ICD): Block Data Management

    • Data definition
    • Data structuring
    • Data propagation (setting propagation, merged Data, Data filtering with Checker rules)
  • Virtual Classroom Session 6 / Live Classroom Day 2
  • Interface Control Documents (ICD): Tables

    • Allocations
    • Hierarchical Tables
    • Export/Import Tables
    • Introduction to queries JAVA customization (see details in optional modules):
  • Virtual Classroom Session 7 / Live Classroom Day 2
  • Collaborative Working:

    • Traceability
    • Models Comparison
    • Synchronization
    • Introduction to synchronization JAVA customization (see details in optional modules):
    • Introduction to external tool gateways (see details in optional modules):
    • Libraries

    Classroom only - Lab

    • Design a Fighter radar system model:
    • Propagate Data
    • Produce ICD (Interface Control Documents)
    • Manage a library

    Optional Modules

    • Behavior and Parametric Diagrams

    • Communicate with External Tools and Environments

    • JAVA Customization



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