HV Safety โ Depower & Reinitialise
For: Any technician working near HV systems
Safely depower and reinitialise battery electric vehicles. Identify HV components, follow lockout/tagout procedures, use PPE correctly.
Get HV-certified and build your EV career
Everything you need to get qualified for EV work โ training modules, certification pathways, and technical resources. Select your region to see the qualifications and standards that apply where you are.
AUR / AURETH units via RTOs
Australia uses a modular unit-based system delivered through Registered Training Organisations (RTOs). The key qualification is the AUR32721 Certificate III in Automotive Electric Vehicle Technology, with individual AURETH skill sets for high-voltage safety. Conversion compliance is governed by VSB 14, administered state-by-state.
The certification pathway for Australia. Each level defines what you're qualified to do and who it's for.
For: Any technician working near HV systems
Safely depower and reinitialise battery electric vehicles. Identify HV components, follow lockout/tagout procedures, use PPE correctly.
For: Technicians performing HV system repairs
Diagnose and repair HV rechargeable energy storage systems. Insulation resistance testing, BMS fault diagnosis, cell-level assessment.
For: Mechanics seeking full EV qualification
Complete qualification covering EV servicing, diagnostics, HV systems, battery management, and electric drivetrain maintenance.
For: Mechanics installing AmpShift conversion kits
Hands-on training for specific vehicle platforms. Covers installation procedures, wiring, VCU/BMS calibration, and quality checks. Required before purchasing kits.
Training materials for Australia. Aligned with AUR / AURETH units via RTOs requirements. Each module includes content pages followed by a quiz โ pass at 80% to complete.
This module covers the core safety procedures for working around high-voltage systems in electric vehicles, aligned with Australian WHS requirements a...
Detailed procedures for safely depowering and reinitialising battery electric vehicles. Covers vehicle-specific MSD locations, capacitor discharge tim...
Servicing procedures for the most common EV platforms in the Australian market. Covers cooling systems, regenerative braking, battery health checks, c...
How EV battery packs work โ cell chemistry, battery management system (BMS) operation, thermal management, state-of-charge monitoring, and safe handli...
Understanding VSB 14 requirements for vehicle modifications in Australia. This module covers the documentation process, engineering sign-off requireme...
Selecting, inspecting, and using HV-rated tools and test equipment for EV work. Covers insulation resistance testers, HV multimeters, insulated hand t...
Sign in to track your progress and earn a certificate when you complete all mandatory modules.
Sign in to startAUR / AURETH units via RTOs
After completing the training pathway for Australia, here's what you'll be qualified to do.
Isolate, test, and work on high-voltage battery packs and drivetrains following Australian WHS and AURETH procedures.
Diagnose faults, perform scheduled servicing, and maintain EV-specific systems on platforms common in the Australian market.
Interpret wiring diagrams, BMS configurations, and CAN bus data for EV platforms.
Fit bolt-in conversion kits to supported vehicle platforms, including motor mounting, battery installation, and wiring.
Safely transport, store, test, and install lithium-ion battery packs per Australian Dangerous Goods regulations.
Prepare documentation, work with engineers, and navigate state-by-state modification approval processes.
Get training updates, new module releases, and industry news for mechanics working on EVs. No spam โ just useful stuff.