EES2

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Electrical and electronic systems in the automobile 2 - EES 2 - (FB16-3591)

Name:

Electrical and electronic systems in automobiles 2
Automotive Electrical Systems 2

Type of course:

Lecture+exercise

 

Content:

 

  • Basics and rearview mirror EES 1:

    Motivation, modules, systems and cooperation, vehicle electrics and components, general requirements for components, control units, hardware and software

  • Vehicle dynamics systems:

    Overview, physical basics, ABS, ASR, MSR, ESP, integration of ABS, ASR, MSR, CBC and ESP; roll stabilization, active damping, controlled air suspension, electric power steering, superimposed steering, integration

  • Driver assistance systems:

    Introduction and overview, basics, functions, system environment, technical implementation for predictive DAS: longitudinal dynamics (radar, LIDAR), parking systems (USS), optical systems, C2X, predictive systems and energy management, autonomous driving

  • Safety:

    Passive safety systems, introduction and overview, basics, function, technical implementation

  • Safety (Security):

    Access control systems, basics, authorization, functions, technical implementation

  • Drive:

    Engine management: System description, principle, detailed functions, potentials, discussion

    Transmission management: driving cycles, function, transmission types, system description, principle, technical implementation

Further information:

The course is essentially held as a lecture and supplemented by demonstrations on vehicles.

It supplements the lecture "Electrical and Electronic Systems in the Automobile 1" from the winter semester with new topics and in particular an in-depth study of the chapter on bus systems and vehicle networks. However, the lecture "Electrical and Electronic Systems in Automobiles 1" is not a prerequisite for attending this course.

Target group:

  • Students in the 1st and 2nd study level from the 5th semester onwards

Scope:

  • 2 SWS lecture, 2 SWS exercise, 6 CP

Dates:

  • The lecture takes place in the summer semester

Documents:

  • Will be announced in the lecture

Proof of performance:

  • Written exam

Lecturer:

  • Prof. Dr.-Ing. Mohamed Ayeb

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