Course Overview
DIYguru has prepared a one-of-a-kind fundamental certification course on Electric Vehicle with 30 Days duration for beginners in the EV Industry. This course can be taken by anyone with basic knowledge of Physics and Chemistry as first milestone in your approach to explore wide varity of career and future scopes in EV Industry
Who is this program for?
Fresh graduates
who aspire to work in the sunrise sector of E-vehicles to get a comprehensive overview of the technology space.
Working professionals in R&D
- At entry-level to get a thorough understanding of the fundamental principles behind the working of energy storage devices and the interface with power electronics, thereby understanding the new possibilities and research directions
- At Mid and Senior level to refresh the underpinning principles behind the energy storage technology and relate it to future trends in the technology
- Quality Control to get exposure on the relation between the quality specifications and working of the devices at the fundamental level.
- Production, Sales & Support to understand the terminologies related to rating, sizing and specifications of the relevant technologies such as energy storage devices, chargers, power electronic components, and powertrain drives.
- Management and Decision-Making roles to familiarize with the jargons related to E-Vehicle technology and get a comprehensive view of the possibilities and limitations of fast-changing technologies in the E-Vehicle domain.
Specialized roles one can apply for after doing this course
This programme is tailored to help you improve your engineering skills as a student, recent graduate, or working professional with following expertise.
- Electric vehicle engineer
- Powertrain design engineer
- Vehicle Integration engineer
EV trainer
- Powertrain simulation engineer
- Electric vehicle sales and marketing Executives
- EVs service engineer
- Quality Engineer
What will you learn?
- Electrical requirement
- Power distribution specifications
- Electronic control system
- EV Standards
- Selection for Electrical and Electronic Components
Languages & Tools Covered
- MATLAB/SIMULINK/SIMSCAPE
Detailed Curriculum
∙ Why Electric vehicles?
∙ Architecture of Electric vehicles
∙ Electrical Components in EV
∙ Power distribution from Grid to EVs
∙ Charging levels- Chargers (L1, L2, L3)
∙ Power distribution within EVs
∙ Power flow process in HEVs Topology
∙ Function of Control System in HEVs and EVs
∙ The Electronic Control Unit (ECU)
∙ Control Area Network: CAN controller
∙ BMS- Battery management system
∙ Control Variables
∙ EVs standards and classifications
∙ Organizations for EVs standardisation:
ARAI, BIS, CEA, CMVR, ICAT
∙ Practical Case study: For Retrofitting
∙ Battery selection
∙ Motor selection
∙ Converter selection
∙ Controller selection
