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IMI Level 3 Award in Electric/Hybrid Vehicle System Repair and Replacement

30th - 31st May 2024

25th - 26th June 2024

23rd - 24th July 2024

IMI Level 4 Award in the Diagnosis, Testing and Repair of Electric/Hybrid Vehicles and Components

27th - 28th June 2024

25th - 26th July 2024

22nd - 23rd August 2024

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HV4 IMI Level 3 Award in Electric/Hybrid Vehicle System Repair and Replacement (2 day) £545.00 + vat

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£545.00
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Product Details

Level 3 Award in Electric/Hybrid Vehicle Vehicle System Repair and Replacement (2 Days) I.D No: 603/1468/0


Target Audience

Light Vehicle Diagnostic/Master Technicians, Technical Trainers/Instructors, Automotive Engineers and Designers

Overview

This course is specifically designed to cover all aspects of Hybrid/Electrically Propelled Technology. Covering the basic procedures of safety
in handling High Voltage systems through to content that looks at in depth on how the Propulsion and Re-Generation system is controlled.
Along with the management of the Inverter power unit, a thorough understanding of Battery management and how information is used to
maximize the efficiency of the system will be gained. Other subjects covered include High Voltage Air Conditioning compressors, DC-DC
Converters, PTC Heater assemblies along with high pressure hydraulic braking systems and the management between conventional braking
and regeneration braking balance. Suitable for Technicians carrying out repairs and replacement of Hybrid/Electrically Propelled HV
components.
This course content is designed towards a Nationally recognised level 3 qualification VRQ (Vocational Related Qualification) and if successful
the delegate will receive a Qualification certificate which can be put towards a program of Continuous Professional Development (CPD). A
copy of the qualification’s Learning outcomes and Assessment criteria can be downloaded by going to the IMI Awards website.
Subjects Covered
  • Terminology
  • Types of Hybrid/EV layouts
  • Operational conditions
  • Auto-Stop Systems
  • Construction and function of Hybrid systems
  • Handling Hybrid components and safety procedures
  • Construction and function of Electrically propelled/Hybrid systems
  • Safe Shut-down procedures and Methods of electrical measurement
  • Construction and function of components Identification of Control units, components and motor assembly – Practical (Subject to hardware availability)
  • Battery construction and operation
  • Brushless Motor Construction and operation
  • 3-Phase principles
  • Motor control
  • Electrical Regeneration
  • Inverter Voltage rectification and regulation
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