Objectives

The participant:

• Knows the bus systems installed in the vehicles.
• Knows which bus systems are installed in the vehicle and knows their advantages and disadvantages.
• Knows the structure and function of a controller.
• Knows the structure of a protocol for data transmission.
• Knows how the data transfer between the controllers or between controllers and diagnostic testers takes place and how error memory and coding data can be read and written.

Content

• Significance of E/E themes in vehicles.
• Bus systems.
• CAN, Flexray, MOST, Ethernet (4-wire, 2-wire OABR), LIN, BSD, PSI-5.
• Telegrams, ISO 7-layer model.
• Mechanism for handling real-time data.
• Controllers.
• Hardware, design, tasks.
• Development, V-model, integration levels.
• Software / tools.
• Diagnosis tools Ediabas/Toolset, INPA, Cascade, ISTA.
• Programming ESYS, WinKFP, NCSExpert, ISTA/P.
• ZEDIS.
• Telematics in the vehicle.
• Transverse interlock matrix (QVM).
• Diagnosis / flashing.
• Onboard/offboard.
• Access to the vehicle-interfaces.
• Coding, programming, flashing.
• UDS diagnosis protocol.
• Diagnosis master.
• Mechatronics / x-by-wire.
• Meaning and application.
• Objectives, risks, availability.
• 32-Bit controller, real-time bus systems, real-time operating system.
• Standards.
• ISO 26262, ASIL.
• Amendment §29 STVZO HU.
• AIDA.
• Efficient dynamics / hybrid.
• Hybrid technologies, generations.
• PHEV, Gen 3.0 G11/G30.
• Onboard electrical system.
• Electric vehicles.
• Generations, I01 MCV.
• Onboard electrical system, interfaces, electrical drive, controls.

Target Group

• Partners working in the areas of assembly and quality assurance.

Good to Know

Recommendation:

• Basic skills regarding electric vehicles.