Automotive Embedded with AUTOSAR Training Program Curriculum

Module 1: Introduction to Automotive Embedded Systems

• Overview of automotive systems and architecture
• Key components and functionalities
• Evolution of embedded systems in vehicles

Module 2: Introduction to AUTOSAR

• History and purpose of AUTOSAR
• Key concepts and principles
• Overview of AUTOSAR versions and specifications

Module 3: AUTOSAR Architecture

• Understanding the AUTOSAR layers: Application, RTE, and BSW
• Overview of Software Components (SWCs)
• Interaction between layers and components

Module 4: Developing Software Components

• Design principles for AUTOSAR-compliant SWCs
• Interface definitions and implementation
• Hands-on exercises for SWC development

Module 5: Model-Based Design

• Introduction to model-based design using MATLAB/Simulink
• Creating models for automotive applications
• Code generation for embedded systems

Module 6: Communication Protocols

• Overview of automotive communication protocols: CAN, LIN, Ethernet
• Implementing communication in AUTOSAR
• Practical exercises on protocol configuration

Module 7: Configuration and Toolchain

• Introduction to AUTOSAR configuration tools
• Working with ARXML files and software integration
• Hands-on training on toolchains for AUTOSAR development

Module 8: Testing and Validation

• Testing methodologies for automotive software
• Validation techniques for AUTOSAR components
• Use of testing tools and frameworks

Module 9: Real-Time Operating Systems (RTOS)

• Principles of real-time systems in automotive applications
• Scheduling algorithms and their applications
• Hands-on experience with RTOS integration

Module 10: Safety Standards

• Overview of ISO 26262 and functional safety principles
• Impact of safety standards on AUTOSAR development
• Implementing safety features in embedded systems

Module 11: Security in Automotive Systems

• Understanding cybersecurity challenges in automotive systems
• Best practices for securing embedded applications
• Case studies on security breaches and mitigation strategies

Module 12: Future Trends in Automotive Technology

• Exploration of trends like electrification and automation
• The role of connected vehicles and IoT
• Future directions for AUTOSAR and embedded systems

Module 13: Hands-On Projects

• Real-world projects simulating industry scenarios
• Team collaboration on AUTOSAR-based projects
• Presenting project outcomes and learnings

Module 14: Industry Case Studies

• Analysis of successful AUTOSAR implementations by leading companies
• Lessons learned from industry case studies
• Discussion on challenges and solutions in real-world applications

Module 15: Career Development

• Overview of career paths in automotive embedded systems
• Resume building and interview preparation
• Networking opportunities within the industry

Program Delivery

• Duration: 8-12 weeks (varied based on depth)
• Format: Blended learning (classroom and online)
• Assessment: Quizzes, projects, and final assessment
• Target Audience: Engineers, developers, and students interested in automotive technology and embedded systems.