Automotive Electrical and Control Systems
|
International Certification Partner
|
Registration Status
|
|
Certification:
Training Objectives:
The main objective of this training is to provide the participants with knowledge in competencies of automotive technology in order to provide automotive service partners with qualified engineers and increase opportunities of employability in the automotive industry.
Training Contents:
Training Class Size:
12 (max)
Prerequisites:
Candidates should be a student Faculty of engineering majoring in Mechanical Engineering
Training Method:
The participants will
- Trainees who complete the training will get a training certificate from ASU iHub that is internationally recognized through our international partner STEEP
- ASU CHEP students receive 4 weeks of training credit for this training course
Training Objectives:
The main objective of this training is to provide the participants with knowledge in competencies of automotive technology in order to provide automotive service partners with qualified engineers and increase opportunities of employability in the automotive industry.
Training Contents:
- OH&S Basic information for conducting practical training at iHub
- How to deal with tools and equipment in iHub
- Identifying OH&S rules of iHub.
- The hazard of static electricity.
- Applying OH&S rules on the road with your vehicle during repairing the vehicle in workshops.
- Electrical & Control Systems
- Overview on current and voltage, ohm's law and electrical circuits.
- AC Vs DC Current.
- Magnet, Relay, transistor and diodes.
- Using Multimeters for checking electrical circuits (Current, Voltage, and Resistance, Diodes, temperature and Continuity test).
- Using test lamps for checking electrical circuits.
- Making electrical circuits
- DC motor and starter motor.
- Assembling, disassembling starter motor, components diagnosis and starter tests with external circuit by using fuse and relay.
- DC Generator Vs alternator
- Assembling, disassembling Alternator, components diagnosis and alternator tests with external charging lamp.
- Batteries, battery tests and fuses.
- How to read wiring diagram.
- How to use diagnostic scanner.
- How air bag works and system diagnosis by diagnostic scanner.
- How vehicle sensors works.
- Sensors testing on vehicle.
- Engine system diagnosis by diagnostic scanner.
- CAN DATA BUS, LIN DATA BUS and MOST DATA BUS.
- Checking Data bus on vehicle.
- Vehicle accessories overview and checking accessories and accessories connections via LIN data bus by using wiring diagram on training vehicle.
- ABS, ESP, ASR and traction control system overview and diagnosis by diagnostic scanner.
- Adaptive cruise control Overview and diagnosis by diagnostic scanner.
- How Air Condition system works, air condition refrigerant filling on system and system diagnosis by refrigerant filling machine.
- Checking all Electrical systems on training vehicles by Multimeters, Test lamp and diagnostic scanners via wiring diagram.
Training Class Size:
12 (max)
Prerequisites:
Candidates should be a student Faculty of engineering majoring in Mechanical Engineering
Training Method:
The participants will
- learn all contents through lectures and presentations
- see practically what they have studied in lectures using training vehicle & models.
- conduct practical training on what they have studied (Assemble and dis-assemble) using:
- Models.
- Training Vehicle.
- Diagnosis device.
- All needed Tools and special tools.