Projects
Assignments
Overview
This course provides a detailed understanding of AUTOSAR application development using a model-based approach with Simulink. Participants will explore AUTOSAR design workflows, model AUTOSAR components, manage software variants, and model software architecture using System Composer. With hands-on exercises, learners will gain practical experience in generating AUTOSAR-compliant code, integrating components, and testing applications.
Objectives
By the end of this course, leaner will be able to:
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Understand AUTOSAR methodology and its application in software development
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Use Simulink for designing and modeling AUTOSAR software components
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Implement AUTOSAR design workflows including bottom-up, top-down, and round-trip approaches
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Model AUTOSAR components, runnables, and events in Simulink
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Apply AUTOSAR modeling patterns and best practices
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Manage software variants using AUTOSAR configuration tools
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Model software architecture using System Composer
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Generate AUTOSAR-compliant code from Simulink models
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Integrate and test AUTOSAR software components
Prerequisites
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MBD Application Engineers
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Basic knowledge of AUTOSAR
Course Outline
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Overview of AUTOSAR architecture and components
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Benefits of using Simulink for AUTOSAR application development
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Simulink environment and building blocks
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AUTOSAR blockset in Simulink
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Setting up the development environment
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Bottom-up, top-down, and round-trip design approaches
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Selecting suitable workflows for different projects
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Implementing simple AUTOSAR applications using various workflows
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Creating AUTOSAR components, runnables, and events
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Modeling components, ports, and interfaces
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Implementing runnable entities and defining behavior
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Triggering runnables using events and data
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Configuring AUTOSAR communication mechanisms
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Best practices for AUTOSAR modeling
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Atomic and composite software components
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Data types and data access methods
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Using Simulink functions and Stateflow for complex behavior
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Managing software variations in AUTOSAR
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Using pre-compile options and configuration classes
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Implementing variant-specific behavior in Simulink models
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Configuring variants using AUTOSAR tools
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Introduction to System Composer for software architecture modeling
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Creating components, connectors, and interfaces
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Defining component interactions and behavior
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Validating and analyzing software architecture models
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Integrating System Composer with Simulink for AUTOSAR development
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Generating AUTOSAR-compliant code from Simulink models
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Configuring code generation settings for different targets
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Integrating generated code with AUTOSAR Runtime Environment (RTE)
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Debugging and testing AUTOSAR applications
