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Certified Electric Vehicle Technician Course

UL CERTIFIED FUNCTIONAL SAFETY PROFESSIONAL TRAINING IN AUTOMOTIVE – ISO 26262

 

Software and hardware in electronic systems have become key differentiating factors in today’s automobile design and development. With the rising role of electronics in automobiles, functional safety has increasingly become a critical aspect of the overall product design and development.

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The standard ISO 26262 “Road Vehicles-Functional Safety” is a crucial compliance requirement in the automotive value chain. Our comprehensive course covers all requirements of ISO 26262:2018. Exercises and examples are used within the presentation to show how the requirements and concepts of the standard are applied.

ISO 26262 Training Topics

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  • Overview and scope of ISO 26262:2018

  • Management of functional safety

    • Tailoring of safety activities

    • Safety culture

    • Confirmation measures, audit, and assessment processes

  • Concept phase

    • Hazard analysis and risk assessment (HARA)

    • Assigning safety goals and ASIL ratings

    • Functional safety concept

  • System-level development

    • Technical safety concept

    • System and item integration and testing

    • Safety validation

    • Hardware-software interface (HSI) specification

  • Hardware development

    • Safety requirements and design

    • Hardware architectural metrics, including types of faults, diagnostic coverage, SPFM, LFM and PMHF

    • Hardware testing

  • Software development

    • Safety requirements and design

    • Software architecture

    • Software unit and integration testing

    • Qualification of software components

  • Supporting processes

    • Criteria for coexistence of elements

    • ASIL decomposition

    • Analysis of dependent failures

    • Confidence in software tools

    • Proven in use

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Curriculum Outline
 

Course Title: Electric Vehicle Service and Maintenance Training Program
 

Course Duration: 12 weeks (60 instructional hours)

Course Overview: This training program aims to equip participants with the knowledge and skills required to service and maintain electric vehicles. The curriculum covers various aspects of electric vehicle technology, including components, systems, diagnostics, repair procedures, and safety considerations.
 

Course Outline:

Week 1:

  • Introduction to Electric Vehicles

    • History and evolution of electric vehicles

    • Environmental benefits and market trends

  • Electric Vehicle Fundamentals

    • Basic principles of electricity

    • Battery technology and types

    • Electric vehicle architectures and drivetrains

Week 2:

  • Electric Vehicle Components

    • Electric motors and motor controllers

    • Power electronics and inverters

    • Charging systems and infrastructure

  • Battery Systems

    • Battery pack architecture and management

    • Battery charging and discharging principles

    • Battery safety considerations and handling procedures

Week 3:

  • Electric Vehicle Diagnostics

    • Diagnostic tools and equipment

    • Troubleshooting common electric vehicle issues

    • Reading and interpreting diagnostic codes

Week 4:

  • Electric Vehicle Maintenance

    • Routine maintenance procedures for electric vehicles

    • Battery maintenance and conditioning

    • Tire care and maintenance

Week 5:

  • Electric Vehicle Safety

    • High-voltage safety protocols

    • Personal protective equipment (PPE)

    • Emergency procedures and protocols

Week 6:

  • Electric Vehicle Software and Firmware Updates

    • Understanding software and firmware in electric vehicles

    • Performing software updates and reprogramming

Week 7:

  • Electric Vehicle Charging Infrastructure

    • Types of charging stations

    • Charging station installation and maintenance

    • Charging station communication protocols

Week 8:

  • Electric Vehicle Cooling Systems

    • Battery thermal management

    • Electric vehicle cooling components and maintenance

Week 9:

  • Electric Vehicle Braking Systems

    • Regenerative braking principles

    • Brake system maintenance and repair

Week 10:

  • Electric Vehicle Drive Systems

    • Transmission systems in electric vehicles

    • Drivetrain maintenance and repair

Week 11:

  • Electric Vehicle Accessories and Control Systems

    • HVAC systems in electric vehicles

    • Infotainment systems and connectivity

Week 12:

  • Electric Vehicle Service and Repair

    • Hands-on practice with electric vehicle maintenance tasks

    • Case studies and real-world scenarios

    • Final assessment and certification
       

Note: This curriculum provides a general framework for electric vehicle service and maintenance training. It is recommended to include hands-on practical sessions, workshops, and guest lectures from industry experts to enhance the learning experience.

©2023  Technology Training Centers Of Atlanta L.L.C.

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