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.
MM
If you’re new to automotive software, this broken-down format is way more digestible than raw specs — especially ports, interfaces, RTE (Runtime Environment), MCAL layers, and software components.
AJ
Learn the basics of AUTOSAR architecture for automotive software development. A must-have for engineers and developers working in embedded systems and automotive technology.
PP
It thoroughly covers core concepts, layered architecture, and real-world use cases, making it an ideal starting point for engineers and developers new to the automotive software field.
OV
Making it easier to grasp. Perfect for beginners and professionals seeking to understand modern vehicle software systems and industry-standard development practices. Highly recommended.
AS
Covers core concepts clearly, though some sections feel a bit high-level. Still, it's useful for beginners wanting to grasp the basics of AUTOSAR and its role in embedded automotive systems."
ES
a valuable beginner-level course for engineers interested in automotive software development. It’s not very advanced, but it builds a strong base to explore more complex AUTOSAR concepts later.
SS
Even people with only some embedded systems experience find the introduction helpful because it lays out how AUTOSAR (a key automotive framework) fits into real-world ECU software design.
DK
Most of the content is theory-focused, which is fine for foundational learning, but learners expecting tool-based demonstrations or configuration examples may find it limited.
RR
“Introduction to AUTOSAR” provides a clear overview of automotive software architecture, making complex concepts easy to understand and apply effectively.
VS
Introduction to AutoSAR provides essential knowledge on standardized automotive software architecture, enhancing interoperability, scalability, and efficiency in development.
MM
By the end, you get a solid understanding of how AUTOSAR organizes software, why it improves scalability, and how different layers fit together in the workflow.
MM
Configuration workflows and real ECU-level implementation details are not covered in depth, which may leave gaps for learners expecting hands-on exposure.
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The Course instruction seems to be a reproduction of reading the transcript of the video and is missing crucial explanations that create the essence of learning. Please re-record the missing components of the course if possible(if used a reference course to teach this).
The pace is too fast, the provider seems to be reading the material out loud.
It is not well designed for learners who are new to this topic. Information could have been conveyed in better and in detailed way.
Excellent AUTOSAR course, highly informative, essential for automotive software developers, comprehensive content and great instructor support.
Absolutely love this course! The material was engaging and the interactive exercise really helped reinforce learning
Copia e cola do curso original da udemy. Porém, conseguiu preencher algumas brechas explicando com outras palavras. O final deixou muito a desejar.
Molti Problemi, risorse mancanti, trascrizioni fatte male e 1 Mancante, troppo ripetitivo e poco chiaro negli elementi chiave.
The instructor doesn't know what she is speaking. At one place BSW modules were referred as BMW modules. Most of the session felt like she was reading a script without explaining the topics clearly.
the instructor gives wrong content and information, eg : ECU Abstraction layer is called easy abstraction layer , this is wrong. I have 4 years of experience in AUTOSAR
the course is taught without a good basic introduction and the full course is so badly arranged and I had no idea what they are teaching
This course offers a well-structured and comprehensive introduction to AUTOSAR concepts, making complex automotive software architecture easier to understand. The explanations are clear, and the content is organized in a way that gradually builds knowledge from basics to more advanced topics. It’s especially useful for beginners and professionals looking to enter the automotive domain. Overall, a valuable and informative course with practical relevance.
The course provides an excellent overview of AUTOSAR, crucial for automotive engineers. It covers the fundamentals, architecture, and key concepts of AUTOSAR development. Whether you're new to the automotive industry or seeking to upgrade your knowledge, this course offers great value for understanding automotive software development.
Introduction to AutoSAR is an excellent course that clearly explains AutoSAR principles, ECU abstraction, RTE, and MCAL concepts. It blends theory with practical examples, making complex automotive software topics easy to grasp. Perfect for engineers and developers aiming to strengthen their skills in automotive and embedded systems.
This course provides a solid understanding of AutoSAR and its real-world applications. The lessons are well-structured, covering everything from basic concepts to advanced ECU and RTE development. It’s practical, easy to follow, and perfect for anyone looking to build expertise in automotive software engineering.
The "Introduction to AUTOSAR" course offers a comprehensive and hands-on journey into the intricate world of Automotive Open System Architecture (AutoSAR). This course will equip you with the knowledge and practical skills necessary for advanced automotive software development and integration.👌👌👌👌👌👌
It is a great course for beginners, offering a clear overview of the AUTOSAR standard and its role in automotive software development. It covers key concepts and architecture in a concise, easy-to-understand manner, making it a valuable resource for anyone interested in automotive embedded systems.
What stood out most was understanding the transition from Classic AUTOSAR to Adaptive AUTOSAR and how it’s enabling more dynamic, service-oriented architectures for next-gen vehicles. This really highlighted how software is driving innovation in the automotive industry.
I’ve worked in embedded systems for years but always found AUTOSAR a bit of a black box. This introduction helped me understand how configuration, communication stacks, and runtime environments interact. It’s theoretical, but the clarity is excellent.
The Introduction to AUTOSAR course gives a decent overview of key concepts and architecture. It's helpful for beginners, but lacks depth in complex topics. More practical examples and real-world use cases would improve the learning experience.
A clear and insightful introduction to AUTOSAR. It explains core concepts and architecture effectively, making it easier for beginners to understand automotive software standards and development processes. Highly recommended.