1. System concept of road vehicles (distribution of control units, topology of on-board network, drives, buses) 2. System concept of rolling stock (distribution of control units, topology, drives, buses, light/heavy traction) 3. System concept of air transport means 4. System concept of shipping means of transport 5. Diagnostics of means of transport I (What is diagnostics. Basic concepts. Generally applicable rules for diagnosing arbitrary systems. Test, test generation. Basic concepts in testing. Diagnostic coverage. Safe systems. Reliability versus safety. Redundant structures, impact on safety and reliability .) 6. Diagnostics of means of transport ?I. (OBD Basics. Protocol, Standard Connection. Hardware for Diagnostics. Error Codes. Advanced Troubleshooting.) 7. Buses in means of transport I (Explanation of the term bus, network topology, ISO/OSI model, bus access control 8. Buses in vehicles II (CANbus and its properties, add-on protocols (transport protocol, network management, LINbus, FlexRay, K-Line, Ethernet, EtherCAT, MVB - Multifunction Vehicle Bus, WTB - Wire Train Bus)) 9. Sensors in vehicles I (Definition of the term sensor, generation of sensors, intelligent sensors, metrological parameters of sensors. Temperature sensors, contact, non-contact measurements. Strain gauges, pressure, torque, static and dynamic weighing. 10. Sensory in vehicles II (Sensors of position, displacement, angle of rotation, tilt, measurement of speed, angular speed, acceleration. volume and mass flow meters - e.g. air weight, chemical sensors (e.g. Lambda.) 11. Vehicle on-board power supply network I (Batteries - lead-acid batteries, maintenance-free lead-acid batteries, Li-ion and Li-pol batteries, LiFePo4) 12. Vehicle on-board power supply network II (power consumers, power supply units of vehicle electronic equipment, intelligent power switches in automotive technology and their principles)
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