The goal of DIYguru and ASDC’s Electric Vehicles Advanced Certification program is to give participants a thorough understanding of the …

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The goal of DIYguru and ASDC's Electric Vehicles Advanced Certification program is to give participants a thorough understanding of the design, technology, and components of electric vehicles. The program covers a scope of subjects, including battery innovation, electric engines, power hardware, charging framework, and electric vehicle plan.

The program is intended for automotive engineers, mechanics, and technicians who are interested in pursuing a career in the electric vehicle industry. Entrepreneurs and business owners looking to start a business related to electric vehicles will also find it useful.

DIYguru's learning management system is used to deliver the program online, and participants can access the course materials and video lectures at their own pace. Participants' comprehension of the material is tested through assessments and quizzes in the program, and their overall knowledge is assessed through a final exam.

Participants will receive a certificate of completion from DIYguru and ASDC upon successful completion of the program, demonstrating their proficiency in electric vehicle technology and design.

Course Curriculum

    • Why Electric vehicles? 00:00:00
    • Architecture of Electric vehicles 00:00:00
    • Electrical Components in EVs 00:00:00
    • Power distribution from Grid to EVs, Charging levels- Chargers (L1, L2, L3) 00:00:00
    • Power distribution within EVs 00:00:00
    • Power flow process in HEVs Topology 00:00:00
    • Assignment Week:1 Module 1 week, 3 days
    • Function of Control System in HEVs and EVs, Control Variables 00:00:00
    • The Electronic Control Unit (ECU) 00:00:00
    • Control Area Network: CAN controller 00:00:00
    • BMS- Battery management system 00:00:00
    • EVs standards and classifications 00:00:00
    • Organizations for EVs standardization: ARAI, BIS, CEA, CMVR, ICAT 00:00:00
    • Assignment Week:2 Module 1 week, 3 days
    • Practical Case study: For Retrofitting 00:00:00
    • Battery selection 00:00:00
    • Motor selection 00:00:00
    • Converter selection 00:00:00
    • Controller selection 00:00:00
    • Cell Manufacture and Quality Assurance 00:35:00
    • Health Estimation Algorithm 00:33:00
    • Health Estimation Algorithm Part2 00:23:00
    • Thermal management in batteries 00:30:00
    • Thermal management in batteries Part 2 00:31:00
    • Electric Motors Advanced 00:34:00
    • Electric Motors Advanced Module 2 00:30:00
    • Project: Tata Nexon EV Powertrain modelling in Matlab 00:00:00
    • Assignment Week:3 Module 1 week, 3 days