Udemy
    •  
    •  
    •  
    •  
    •  
    •  
    •  
    •  
Subscribe
Turn what you know into an opportunity and reach millions around the world.
Learn More
Your cart is empty.
Keep shopping
AUTOSAR Application Software Layer Course (ASWL) | english
Rating: 2.8 out of 5(19 ratings)
1,359 students

AUTOSAR Application Software Layer Course (ASWL) | english

learn in depth
Created bylearn in depth
Last updated 5/2024
English

What you'll learn

  • Foundational ASWL Concepts: Understand the fundamental principles and architectural concepts of the AUTOSAR Application Software Layer.
  • Component Design and Integration: Learn to design and integrate different software components, enhancing system functionality and interconnectivity.
  • Interface Management: Master the management of ports and interfaces, crucial for data exchange and system integrity within automotive software.
  • Real-World Application Development: Apply AUTOSAR standards to develop and implement a real-world automotive software project, from planning through to executio

Course content

10 sections • 59 lectures • 15h 16m total length

  • Introduction1:15



    1. Use Cases of AUTOSAR Applications: Explore real-world scenarios where AUTOSAR applications are pivotal. Learn how this standardized automotive software architecture enhances vehicle functionality and performance, enabling advanced automotive solutions.

    2. AUTOSAR SW “System Design Process”: Delve into the systematic approach of AUTOSAR software development. Understand the stages involved in designing robust automotive software systems, ensuring reliability and efficiency.

    3. Application Layer: Uncover the role and structure of the Application Layer within the AUTOSAR architecture. Discover how it interacts with lower layers to process vehicle-specific functionalities.

    4. Software Components (SW-C): Get an in-depth understanding of AUTOSAR Software Components. Learn how these modular elements contribute to the flexibility and scalability of automotive software design.

    5. Virtual Functional Bus (VFB): Explore the concept of the Virtual Functional Bus, a key element in the AUTOSAR architecture. Understand its role in abstracting the communication between software components.

    6. Run Time Environment (RTE): Dive into the Run Time Environment, the middleware in AUTOSAR that bridges application software and the underlying hardware. Learn how it enables communication and data exchange.

    7. Intra- and Inter-ECU Communication: Examine the communication protocols within and between Electronic Control Units (ECUs). Understand the significance of effective communication in automotive systems.

    8. VFB Generates Different RTE Based on INTER/INTRA ECU/Core Communication: Discover how the Virtual Functional Bus adapts the Run Time Environment based on internal and external ECU communications, ensuring optimal system integration.

    9. IOC (Inter OS Communication): Learn about Inter OS Communication in AUTOSAR, crucial for coordinating multiple operating systems within a vehicle. Understand its impact on system performance and reliability.

    10. AUTOSAR SWC Template: Gain insights into the AUTOSAR Software Component Template, a blueprint for developing standardized software components. Understand its role in ensuring consistency and compatibility in software development.

    11. AUTOSAR SWC (Implementation Sequence): Follow the sequence of implementing AUTOSAR Software Components. Learn step-by-step procedures to ensure successful deployment in automotive software projects.




  • Use Cases of AUTOSAR Applications15:57

    Explore the use cases of Autosar applications, focusing on software components, runnables, ports, and the runtime environment that abstracts hardware for cross-ecu communication.

  • AUTOSAR SW “System Design Process”20:17
  • RTE & VFB19:17
  • AUTOSAR SWC (Implementation Sequence)21:55

    Explore Autosar software component templates, their instantiation, and linking to ECU resources, including interfaces, data types, runnables, ports, and the RT and TX generation workflow.

Requirements

  • Background in Software Engineering: A basic understanding of software development principles and methodologies is recommended.
  • Interest in Automotive Systems: While not mandatory, an interest or background in automotive technology will be beneficial.
  • Familiarity with C Programming: Some lectures require understanding of C programming, particularly for implementing software components.

Description

Dive deep into the world of automotive software systems with our advanced course on AUTOSAR Application Software Layer (ASWL). Designed for experienced professionals in the automotive sector, this course provides an extensive analysis of ASW layer concepts—from software component types, ports, and interfaces, to composition, connectors, and RTE (Runtime Environment) events and layers.

What You Will Learn:

  • In-depth Understanding of ASW Layer Concepts: Explore the structure and functionality of software components, ports, interfaces, and more.

  • Hands-on Component Integration: Gain practical skills in connecting and interfacing various automotive software components.

  • Expertise in Runtime Environment: Learn about the RTE layers essential for the seamless interaction between software components and hardware.

  • Data Handling Skills: Enhance your ability to work with AUTOSAR types and convert data efficiently within automotive systems.

  • Real-World Application: Apply your knowledge in a practical project that simulates real-world challenges in automotive software.

Why Choose This Course?

  • Targeted Expertise: Tailored content that addresses the specific needs of automotive software engineers.

  • Practical Focus: Emphasizes real-world applications and hands-on learning to prepare you for professional challenges.

  • Career Advancement: Equip yourself with advanced skills in a field at the forefront of automotive innovation.

Whether you’re looking to advance in your current role or seeking new opportunities in automotive software engineering, this course is your pathway to becoming a leader in your field. Enroll today and take the next step in your professional journey!

Who this course is for:

  • Software Engineers and Developers looking to specialize in automotive software systems.
  • Automotive Professionals aiming to upgrade their software skills in line with AUTOSAR standards.
  • Technical Project Managers needing a deep understanding of automotive software architecture for better project oversight.
  • Students and Academics in the fields of computer science and engineering who are interested in automotive software development.

Report abuse