Theory and Practical Concepts of Power Train Design (40 Hours)

This course combines theoretical and practical knowledge regarding the design, simulation, and analysis of components essential for constructing a complete battery system for Electric Vehicles (EVs).

Ideal for

  • Diploma / Degree holders in Engineering (any stream)
  • Bachelor's Degree holders in Chemistry, Physics, Maths
  • Students with exposure to the automobile industry
  • Professionals working in automobile / IT industry

For the jobs of

  • Power train Engineer
  • System Integration Engineer
  • Power Electronics engineer
  • Power train architect
  • Motor designer

Program Objectives

The program is comprehensive, guiding participants through the design, modeling, and simulation of EV powertrain and component designer.

The training encompasses the Electric Vehicle Technology course, providing a deep understanding of scientific and technological concepts essential in battery engineering.

Course Curriculum:

  • Vehicle dynamics modelling
  • Electric sources of BEV powertrain
  • Supercapacitor
  • Battery Charging
  • Full-wave bridge rectifier (AC-DC)
  • DC to DC converter
  • Bidirectional DC-DC Converter
  • Inverters
  • Electric motor
  • EV Transmission
  • Motor capacity selection
  • Inverter capacity selection
  • Regenerative Braking System in Electric Vehicles
  • Motor Control methods
  • PWM Inverter
  • V/f Control of Induction Motor
  • Motors operating on alternating current include both synchronous motors and induction motors.
  • Motors used in EV
  • Motor components
  • Construction details of Induction motor
  • Induction Motor

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