By the end of this program, the learner will be able to :

Attitude

• Appreciate the importance of AUTOSAR as a standardized approach for automotive software development
• Cultivate a mindset of collaboration and teamwork
• Effectively work within the AUTOSAR architecture framework
• Recognize the benefits of using AUTOSAR for modularity, scalability, and reusability
• Foster a proactive approach to problem-solving and troubleshooting in AUTOSAR 
• Foster a commitment to continuous learning and improvement in AUTOSAR

Skills

• Proficiently use AUTOSAR development tools for system configuration, code generation, and testing
• Design and implement software components for different AUTOSAR layers
• Understand and configure communication mechanisms
• Analyze and optimize layered AUTOSAR software architecture
• Configure and integrate basic software stacks
• Configure and generate runtime environments (RTE)
• Troubleshoot issues related to real-time environments, software components, and communication protocols 
• Design, implement, and test software components within the AUTOSAR architecture, including high-level and implementation-level designs

Knowledge

• Understand the fundamental principles and concepts of layered architecture in AUTOSAR systems
• Familiarize with different basic software stacks
• Understand their functionalities and significance in automotive software development
• Navigate the concept and applications of Run-Time Environments (RTE) in AUTOSAR 
• Understand the importance of Software Component Description (SWCD) in AUTOSAR
• Explore the concept of Virtual Function Bus (VFB) in AUTOSAR and its working principles
• Gain insights into various software component types
• Understand the role and significance of software architecture analysis tools