Executive Diploma in Electric Vehicle System Design and Analysis

  Total: 268 Hrs   Instructional: 140 Hrs   Retrofitting Workshop: 8 Hrs
  Project: 60 Hrs   Assignments: 60 Hrs   Employability Skills: 20 Hr
  2 hrs/per day   English
Total:
268 Hrs
Instructional:
140 Hrs
Project:
60 Hrs
Retrofitting Workshop:
8 Hrs
Assignments:
60 Hrs
Employability Skills:
20 Hr
2 hrs/per day
English

Live

Instructor Led Program

Workshop

For hands-on learning

Projects

From real world scenarios

Certification

Widely recognized by the industry

Click to know more

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TUV Rheinland Certified


Yes, a piece of Electrifying news to all our EV Executive Diploma course aspirants and enrolees. We are happy to announce that our Executive Diploma Course on EV is a step ahead on the global stage with recognition and industry-endorsed accreditation from a reputed independent inspection body. Furthermore, as we advance, the EV Executive diploma course from Cloudkampus is now TUV Rheinland Certified.

What does TUV Rheinland Certification mean?

TUV group of companies has an independent association that tests, inspects, and certifies products, technologies, and systems to ensure quality and set benchmark standards. TUV Rheinland Certificates are recognized worldwide and carry the trademark of trust and quality. In short, it is a guarantee that validates the authenticity of a company’s processes and upholds the guidelines for internationally recognized schemes.

TUV Rheinland Certification Benefits for Students

The EV industry is booming worldwide, and at this juncture, overseas job opportunities can be career-changing. You can now explore unlimited career options abroad with our TUV Certified EV Course.

Acclaimed Seal of Trust

The proof of competence and reliability will make every organization’s head turn.

Assured Quality

Every organization would be confident enough to hire you and use your expertise for their growth.

Competitive Advantage

The certification from TUV Rheinland gives you the edge over your peers to advance your career in the EV industry.

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Course Overview

The automotive industry is already expanding and growing faster than before. With these advancements in place, it is evident that EV is creating ripples, redefining transportation in a new way. While these developments are fascinating, the evolving nature of the sector makes it complex with each passing day, and hence, a complete understanding of the system and in-depth exposure is necessary. Cloudkampus's comprehensive Executive Diploma course teach you to manage electric vehicle complexity, enhance communication, optimize vehicle performance, and more by using Model-based Systems. Upon completing the course, you will develop successful systems that elevate human-machine interaction to a new level and better understand the intricate EV architecture.

The automotive industry is already expanding and growing faster than before. With these advancements in place, it is evident that EV is creating ripples, redefining transportation in a new way. While these developments are fascinating, the evolving nature of the sector makes it complex with each passing day, and hence, a complete understanding of the system and in-depth exposure is necessary. Cloudkampus's comprehensive Executive Diploma course teach you to manage electric vehicle complexity, enhance communication, optimize vehicle performance, and more by using Model-based Systems. Upon completing the course, you will develop successful systems that elevate human-machine interaction to a new level and better understand the intricate EV architecture.

Program Fee   ₹74900
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    Course Schedule

23 May, 2022

Learning Outcome

  • Vehicle dynamics calculation
  • Understanding the cell chemistry and types
  • Concept of motor controllers
  • EV auxiliary systems
  • Battery pack modeling & range calculation
  • Simulation of EV cell/pack models
  • Learning various testing requirements
  • Designing battery charging architecture
  • Modeling and simulation of power electronics & motor devices
  • MATLAB simulation & script
  • Simulink application for EV
  • Communication Skills
  • Resume Building/Presentation skills review
  • Problem Solving & Analytical skills

Syllabus

Module 01 Fundamentals of EV/HEV Technology
  • Introduction to Electric Vehicle Systems
  • Understanding the Vehicle Dynamics
  • A peek into the design of Electric Vehicles propulsions systems
  • EV - Energy Source system
  • A comprehensive study of Electric Vehicle Data Acquisition, Sensors, and Control Systems
  • Fundamentals of MATLAB
  • Adopting technologies for the future of EVs

Hands-On Assignments - 10 Hours

Module 02 Electric Vehicle Battery Design With Matlab
  • Basic chemistry and physics of energy
  • Battery types
  • Principle and operations of rechargeable batteries
  • Battery performance
  • Battery materials
  • Battery cell modeling
  • Battery pack
  • Battery range calculation
  • BMS Design Considerations
  • Functions of BMS
  • Matlab models of cell and pack
  • Matlab models of algorithm

Hands-On Assignments - 10 Hours

Module 03 Electric Vehicle PowerTrain Design With Matlab
  • Vehicle dynamics modelling
  • Power electronics Supercapacitor
  • Electric motor
  • Motor Control methods
  • EV Transmission
  • Construction details of Induction motor
  • Induction Motor

Hands-On Assignments - 10 Hours

Module 04 Mastering MATLAB for Mechanical Engineering
  • MATLAB programming
  • M-Script
  • 2D, 3D Plot
  • Simulink modeling
  • 1D modeling
  • Model based design concept
  • Simscape introduction
  • Projects

Hands-On Assignments - 10 Hours

Module 05 Advanced Program in EV Modeling with Vehicle dynamics
  • Introduction to Vehicle Dynamics Modeling
  • A comprehensive take on the IDNLGREY Vehicle Model
  • Identification of System using simulated High Tire stiffness Data
  • Identification of System using simulated Low Tire stiffness Data
  • Identification of System using Measured Volvo V70 Data

Hands-On Assignments - 10 Hours

Module 06 EV Motor Designing and Development with CAD/CAE
  • Electric Vehicle Drive System Targets
  • Interior PM Magnet Motors and Induction Motors
  • Magnet Arrangements & Impacts on Motor Performance
  • Physical Design Changes for Efficiency Improvement
  • Light Weight design and manufacturing Techniques for EV propulsion motors
  • System Integration & Impacts on NVH
  • Advanced Motor Sensor applications for EV's and HEV's

Hands-On Assignments - 10 Hours

Module 07 Employability Skill development program
  • Communication Skills
  • Grooming and commonly asked interview questions
  • Resume Building/ Presentation skills review
  • Preparing for an interview, art of effective introduction
  • Group Discussion
  • Problem Solving & Analytical skills
  • Teamwork

Guided Projects

Calculating the traction power for an ICE vehicle and simulating using MATLAB

10 Hrs

Developing a motor model with control algorithm for a given EV drive requirement

10 Hrs

Study and implementation of cell balancing algorithm using Simulink Optimization

10 Hrs

Develop a Simulink model of a DC motor using ODE

10 Hrs

Calculate the Lateral forces on tires and Rolling, Aerodynamic Resistances of vehicle

10 Hrs

Design and Develop the BLDC motor with the given parameters

10 Hrs

Retrofitting Workshop

A vibrant one-day live demonstration workshop from Cloudkampus on Electric Vehicle Retrofitting only for our Executive Diploma students. The 8 hours workshop is set in two captivating sessions with each extending up to 4 hours.

To know more about our immensely knowledgeable, fun-filled and insightful retrofitting workshop

Click Here





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