AUTOSAR Classic Platform (CP) Training

In module one you will learn all about the AUTOSAR Classic Platform (CP) methodology, the technical concepts as well as the operation of the RTE and the basic software components. Theory and practice are brought together in the second module. All important subject areas of the ECU development are covered in sound theory units. The units include handling of local input/output, communication and bus systems, software components, ECU State Management, persistent memory and implementation of diagnostic operations. Using a general example you'll realize these topics with the help of the MICROSAR configuration and generation tools.

The third module focuses on the specific features of the AUTOSAR CP realization for vehicle manufacturers (OEMs). The respective workflows, specific modules and concepts are introduced and explained. Currently we are offering this training to the OEMs Daimler and GM. After this training you will be able to realize your projects according to the AUTOSAR standard.

In part 1 you will learn all about the AUTOSAR Classic Platform (CP) methodology, the technical concepts as well as the operation of the RTE and the basic software components. Theory and practice are brought together in the second part. All important subject areas of the ECU development are covered in sound theory units. The units include handling of local input/output, communication and bus systems, software components, ECU State Management, persistent memory and implementation of diagnostic operations. Using a general example you'll realize these topics with the help of the MICROSAR configuration and generation tools.

In module one you will learn all about the AUTOSAR CP methodology, the technical concepts as well as the operation of the RTE and the basic software components. Theory and practice are brought together in the second module. All important subject areas of the ECU development are covered in sound theory units. The units include handling of local input/output, communication and bus systems, software components, ECU State Management, persistent memory and implementation of diagnostic operations. Using a general example you'll realize these topics with the help of the MICROSAR configuration and generation tools.

The third module focuses on the specific features of the AUTOSAR CP realization for vehicle manufacturers (OEMs). The respective workflows, specific modules and concepts are introduced and explained. Currently we are offering this training to the OEMs Daimler, VW, BMW and GM. After this training you will be able to realize your projects according to the AUTOSAR CP standard.

In module one you will learn all about the AUTOSAR Classic Platform (CP) methodology, the technical concepts as well as the operation of the RTE and the basic software components. Theory and practice are brought together in the second module. All important subject areas of the ECU development are covered in sound theory units. The units include handling of local input/output, communication and bus systems, software components, ECU State Management, persistent memory and implementation of diagnostic operations. Using a general example you'll realize these topics with the help of the MICROSAR configuration and generation tools.

The third module focuses on the specific features of the AUTOSAR CP realization for vehicle manufacturers (OEMs). The respective workflows, specific modules and concepts are introduced and explained. Currently we are offering this training to the OEMs Daimler and GM. After this training you will be able to realize your projects according to the AUTOSAR standard.

Module 1 offers an overview of how AUTOSAR (AUTomotive Open System ARchitecture) Classic Platform (CP) as an open and standardized automotive software architecture paves the way for innovative electronic systems that further improve performance, safety and environmental friendliness.

The second module starts with an overview of the AUTOSAR CP methodology and the Vector tool chain. It then provides the students with exercises and explanation on implementing different topics, such as software components, input and output, communication.