Thank you for sending your enquiry! One of our team members will contact you shortly.
Thank you for sending your booking! One of our team members will contact you shortly.
Course Outline
Day 1: Course Overview & AUTOSAR Architecture Fundamentals
- Examination of the AUTOSAR Classic Platform framework
- Structural composition of Electronic Control Unit (ECU) software layers
- Functionality of the Basic Software (BSW) within a layered architecture
- Microcontroller Abstraction Layer (MCAL) specifications
- Principles of AUTOSAR configuration methodology and XML-based data exchange
- Functional overview of ETAS ISOLAR-A/B tools
Day 2: Service Layer Components & ECU Abstraction
- Comprehensive review of the service layer components
- Watchdog Manager (WdgM) operation
- Diagnostic Event Manager (DEM) mechanisms
- Non-Volatile Random-Access Memory (NVRAM) Manager (NvM) protocols
- ECU Abstraction Layer implementation
- Input/Output hardware interface standards
- Mechanisms for communication and memory abstraction
- Operational System (OS) fundamentals and memory mode management
Day 3: Communication Stack & Runtime Environment
- Core components of the COM Stack: PDUR, COM, and CAN/LIN drivers
- AUTOSAR Operating System: task management, scheduling algorithms, and event handling
- Runtime Environment (RTE) functionality
- Integration of application software with Basic Software components
- Processes involved in RTE code generation
Day 4: System Integration & Configuration Workshop
- Operational guidance on ETAS ISOLAR-A and ISOLAR-B configuration tools
- Workflow for system configuration and component integration
- Integration procedures for application software components (SWCs)
- Debugging techniques and resolution of integration discrepancies
- Standardized AUTOSAR project workflows and industry best practices
Preparation requirements (verification mandatory):
Software prerequisites:
- ETAS ISOLAR-A and/or ISOLAR-B software (latest release)
- Applicable AUTOSAR schema (e.g., 4.2.x or 4.3.x, aligned with project standards)
- Compiler toolchain suitable for code generation simulation (e.g., GNU ARM or IAR)
- Demonstration BSW project supplied by ETAS or a customized environment
- XML/XSD validation utilities (optional)
Hardware prerequisites (for onsite or hybrid delivery):
- Evaluation board (e.g., Infineon TriCore AURIX or NXP S32K)
- Debugging hardware (compatible with Lauterbach, iSYSTEM, or PEmicro interfaces)
- CAN interface adapter (USB-to-CAN for simulated physical bus environments)
Requirements
- Proficiency in embedded systems and microcontroller architectures
- Practical experience with real-time operating systems or automotive ECU development
- Competency in C programming languages
Audience
- Embedded software engineers beginning work with the AUTOSAR Classic Platform
- Automotive system developers engaged in ECU and microcontroller implementation
- Software integrators and developers focused on AUTOSAR BSW configuration and integration for government applications
- Engineers utilizing development tools such as ETAS ISOLAR-A/B, DaVinci Developer, or comparable solutions
28 Hours
