Simulating EV Setup - MATLAB Simulink

Description

Automotive systems are becoming increasingly difficult and expensive to design successfully as the market demands increasing complexity. Body electronics are particularly affected by this trend, a good example being power windows design. This seemingly mundane area involves meeting market and legislative requirements, which means creating a control system that combines the input from several sensors and follows complex behavioural rules (Prabhu and Mosterman, 2004). Traditional design methodologies involve writing a text specification and implementing algorithms in C. However, algorithms cannot be verified without hardware. This approach leaves the engineer in the unenviable position of waiting for the last piece of hardware to arrive to enable them to test their system. To avoid these problems, engineers need to decouple algorithm development and verification from the availability of hardware. To address this need, OEMs and suppliers around the world are switching to model-based design (MBD).

Program Overview:

This program is designed to learn about basic (Start with) Mat lab Simulink, that is very much useful and as per demand of Industry as well. And suppliers around the world are switching to model-based design (MBD). Under this program the participants will learn about the basics of EV, MATLAB, and EV Powertrain etc.

Program outcomes
  • You will be having concept and basic knowledge of EV/ HEV Powertrain.

  • Participants will have hands on practice on Mat Lab Simulink.

  • Hands on Training on EV setup and Simulation.

  • Global recognized certificate of participation.


Requirements
  • Mobile/Laptop/Tablet with good internet connectivity.
  • Interest in electric vehicles, telecom, solar, aerospace or consumer electronics applications.

Syllabus

  • 7 Lessons
  • 04:00:00 Hours
  • Basics of EV, EV/HEV Powertrain & Introduction to MATLAB for Automotive00:50:00
  • Basic GUI for MATLAB00:45:00
  • Discrete and Dynamic Systems00:45:00
  • Powertrain Blockset and Examples00:45:00
  • Vehicle modelling - 100:30:00
  • Vehicle modelling - 200:25:00
  • Mini Project: Simulate a Model of Hybrid Drive Train on Matlab

About instructor

Instructor
Name : ISIEINDIA E-LEARNING
Reviews : 183 Reviews
Student : 2495 Students
Courses : 64 Courses

Reviews

0
Based on 0 Reviews
1 Stars
2 Stars
3 Stars
4 Stars
5 Stars

Latest courses

Get latest 10 course.