This course covers every aspect of automotive software development, including the principles of AutoSAR, more complex AutoSAR ideas, non-AutoSAR use cases, and in-depth ECU abstraction development. You will examine the foundational software of AutoSAR, comprehend the subtleties of runnable, and develop knowledge of interfaces, connectors, and composition. Additionally, you will learn about real-time environments (RTE), such as sender-receiver, client-server, and communication RTE, and gain practical experience in planning events inside the RTE framework. The course also covers non-AutoSAR applications and goes beyond AutoSAR, concentrating on the Microcontroller Abstraction Layer (MCAL), ARXML configuration, and efficient project setup.
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This course covers every aspect of automotive software development, including the principles of AutoSAR, more complex AutoSAR ideas, non-AutoSAR use cases, and in-depth ECU abstraction development. You will examine the foundational software of AutoSAR, comprehend the subtleties of runnable, and develop knowledge of interfaces, connectors, and composition. Additionally, you will learn about real-time environments (RTE), such as sender-receiver, client-server, and communication RTE, and gain practical experience in planning events inside the RTE framework. The course also covers non-AutoSAR applications and goes beyond AutoSAR, concentrating on the Microcontroller Abstraction Layer (MCAL), ARXML configuration, and efficient project setup.
This course covers every aspect of automotive software development, including the principles of AutoSAR, more complex AutoSAR ideas, non-AutoSAR use cases, and in-depth ECU abstraction development. You will examine the foundational software of AutoSAR, comprehend the subtleties of runnable, and develop knowledge of interfaces, connectors, and composition. Additionally, you will learn about real-time environments (RTE), such as sender-receiver, client-server, and communication RTE, and gain practical experience in planning events inside the RTE framework. The course also covers non-AutoSAR applications and goes beyond AutoSAR, concentrating on the Microcontroller Abstraction Layer (MCAL), ARXML configuration, and efficient project setup.
By the end of the course, you will have a variety of abilities in automotive software development and be well-equipped to handle challenging automotive software projects, whether inside or outside the AutoSAR framework.
This course is helpful for:
1) Engineers who work in creating automotive software, vehicle electronics, and systems engineering and wish to learn more about AUTOSAR and its use should take this course.
2) Software developers who want to embrace AUTOSAR-compliant development practices are responsible for developing software applications and components for automotive systems.
3) Engineers working on embedded systems in automobiles who want to include AUTOSAR principles into their work.
4) Systems Architects: Experts in the design and architecture of automotive systems interested in implementing AUTOSAR-compliant plans.
To be successful in this course, you should have a background in programming skills, software engineering, embedded systems, and the fundamentals of automotive technology.
What's inside
Syllabus
Introduction to AUTOSAR
This module provides a thorough introduction to AutoSAR by examining both its importance and the underlying ideas. You will explore the AutoSAR basic program, learn about examples of software components, and become experts on ports and interfaces. The interfaces, connections, and composition in AutoSAR will be well understood by you, and you will be ready to maneuver this crucial framework for automotive software development.
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Syllabus
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Activities
Review Computer Science fundamentals
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Reviewing the basics of Computer Science will strengthen your foundation and make it easier to understand the concepts covered in this course.
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Computer Science
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Review data structures and algorithms.
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Practice writing simple programs.
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Take practice quizzes or tests to assess your understanding.
Basic Embedded Systems Programming
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Review the basics of embedded systems programming, including C programming, to strengthen your foundation before starting the course.
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Embedded Systems
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Review C programming syntax and data structures.
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Practice writing simple embedded C programs.
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Explore basic embedded system hardware and architecture.
Present an AUTOSAR Implementation Case Study
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Showcase your knowledge and understanding of AUTOSAR by presenting a case study on a real-world AUTOSAR implementation in the automotive industry.
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Research and identify a suitable AUTOSAR implementation case study.
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Analyze the case study, focusing on the AUTOSAR concepts and principles applied.
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Prepare a presentation that effectively communicates the case study and its implications.
Show all three activities
Review Computer Science fundamentals
Show steps
Reviewing the basics of Computer Science will strengthen your foundation and make it easier to understand the concepts covered in this course.
Browse courses on
Computer Science
Show steps
- Review data structures and algorithms.
- Practice writing simple programs.
- Take practice quizzes or tests to assess your understanding.
Basic Embedded Systems Programming
Show steps
Review the basics of embedded systems programming, including C programming, to strengthen your foundation before starting the course.
Browse courses on
Embedded Systems
Show steps
- Review C programming syntax and data structures.
- Practice writing simple embedded C programs.
- Explore basic embedded system hardware and architecture.
Present an AUTOSAR Implementation Case Study
Show steps
Showcase your knowledge and understanding of AUTOSAR by presenting a case study on a real-world AUTOSAR implementation in the automotive industry.
Show steps
- Research and identify a suitable AUTOSAR implementation case study.
- Analyze the case study, focusing on the AUTOSAR concepts and principles applied.
- Prepare a presentation that effectively communicates the case study and its implications.
Career center
Automotive Software Engineer
Embedded Systems Software Engineer
Vehicle Electronics Engineer
Automotive Systems Engineer
Software Architect
Embedded Software Developer
Automotive Software Developer
Systems Architect
Software Test Engineer
Technical Writer
Quality Assurance Engineer
Project Manager
Sales Engineer
Product Manager
Business Analyst
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