EES1

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Automotive Electrical and Electronic Systems 1 - EES 1 - (FB16-3590)

Name:

Automotive Electrical and Electronic Systems 1
Automotive Electrical Systems 1

Event Type:

Lecture+Exercise

Content:

  • Development process 1:
    • Product development process of the automobile
    • Project management and organization
    • Test and validation
  • Vehicle electrics:
    • Overview
      • History
      • Complexity
    • Wiring systems
      • Architectures
      • Mechanical design and connection technology
      • Dimensioning, fuse and mass concept
      • Switching
    • Energy
      • Power generation and alternatives, APU
      • Storage
      • Energy management
      • Redundant systems, multi-voltage electrical system
      • Hybrid vehicles
  • EE Components:
    • Overview and location
    • Actuators and light
    • Heating and cooling
    • Sensors
    • Control units in general
  • Bus systems 1:
    • Basics
      • Protocols, properties and application
      • Topologies
  • Electronic systems 1:
    • Powertrain
      • Engine management
      • Transmission control
    • Comfort systems
    • Infotainment
    • Access control

Additional Information:

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

The lecture "Electrical and Electronic Systems in the Automobile 2" in the summer semester continues the material and deepens the topics of vehicle electrics in the area of communication technology (bus systems) and function and properties of networked systems in the vehicle (e.g. Global Chassis Control). Participation in both parts is recommended, but it is possible to take an exam only for part 1 (WiSe) (corresponds to 4SWS).

If interested, a field trip to a manufacturer of automotive systems will be organized.

Target group:

Students in the 1st and 2nd level of specialized studies from the 5th semester onwards.

Scope:

2 SWS lecture, 2 SWS exercise, 6 CP

Dates:

The lecture takes place in the winter semester.

Materials:

Will be announced in the lecture

Certificate of achievement:

Written exam

Lecturer:

  • Prof. Dr.-Ing. Mohamed Ayeb