Basics of Electric Vehicle Simulations using Ansys by Skill Lync: Fee, Duration, How to Apply

Quick Facts

particular	details
Medium of instructions English	Mode of learning Self study, Virtual Classroom	Mode of Delivery Video and Text Based

Course overview

The course provided by Skill Lync will allow you to learn about the varying aspects of electric vehicles. Everything will rely upon the tools made by Ansys to output the different simulations. The course is specially designed in a manner to give benefit to both mechanical and electrical engineers. It covers subjects like ICEPAK, DC-DC Converter, External aerodynamics, etc in its 4 moduled course

The course is currently free of cost. It will be beneficial for students pursuing B.E or B.Tech in Electrical and Electronics Engineering, Automotive engineering or Mechanical engineering or any freshers wanting to learn about the basics of Electronic Vehicle Simulations. In the end, the top 5% of students will get a merit certificate and a course completion certificate will be provided to everyone. All the projects will be linked to your profile and an E-verified profile will be allotted to be shared in LinkedIn. This will also help in building a professional Portfolio.

Course and certificate fees

certificate availability

Yes

certificate providing authority

Skill Lync

Who it is for

Aerospace engineer Electrical engineer Mechanical engineer Scientist Electronics engineer Research associate

Basics of Electric Vehicle Simulations using Ansys: Skill Lync offers training to the following individuals:

Freshers looking forward to knowing more about the fundamentals of electric vehicle simulations.
Students who want to pursue their career in B.Tech or B.E in mechanical, automotive, electrical, and electronics engineering.

Eligibility criteria

Education

It is essential for candidates to either be a mechanical engineer or electronic and electrical engineer to apply for this programme.

Certification Qualification Details

The candidates will be awarded the course completion certificate after having successfully completed the course. Also, the top 5% of candidates will be given a merit certificate.

What you will learn

Knowledge of engineering

The course covers all the essential aspects of the Basics of Electric Vehicle Simulations using Ansys: Skill Lync. As they are done with the programme, they will learn a series of things that are mentioned below:

They will gain a learning experience on Ansys rmxprt, Maxwell, Pexprt, and Ansys sIwave
The candidates will be able to learn about the mechanical and electrical aspects of simulations
They will learn about the basics about introduction to ansys fluent
They will get clear concepts about the methods of ansys Spaceclaim + mesher
They will learn about the different simulation types that you will be performing along the way
They will learn about the differences in vehicle architecture between IC engine vehicles and electric vehicles
They will get an understanding of the basics of power converter operation
They will gain a general overview of the EV power system
They will get in-depth knowledge about power converter operation

The syllabus

Week 1 : Basics of Electric Vehicle Simulations

Why Electric Vehicles (EVs)?
What are the components of an Electric Vehicle?
How are EV components engineered?
Need for simulations
Simulation use cases

Week 2 : Why Electric Vehicles

Comparing Internal Combustion Engine-powered Vehicles and Electric Vehicles from an emissions and performance stand-point
To understand how the energy for propulsion originates
Key emissions and how they are regulated

Week 3 : Vehicle Architecture

Differences in Vehicle Architecture between IC Engine Vehicles and Electric Vehicles
Functions of the key components of an Electric Vehicle
Common Configuration of Battery Packs
Fundamentals of Electrical Engineering

Week 4 : Fundamentals of Batteries for EV Applications

How does a Battery work?
Choosing Materials for Cathode and Anode
Key Performance Criteria
Temperature Sensitivity
Source of Heat Generation in a Battery
Approach to design a cooling system

Week 5 : Heat Transfer Modelling for Batteries

Analytical Measurement of Temperature Distribution
Energy Balance on a Control Volume
Deriving a governing equation
Analytical Solution
GSheets Calculator
Drawbacks of Analytical Method
Solution to overcome the drawbacks

Week 6 : Simulating a BTMS

How to setup a case using ANSYS Fluent
BTMS problem definition
Boundary Conditions
Initial Conditions
Setting up Material Properties
Activating Key Physical Models
Case Setup Walkthrough
Results and Discussion

Week 7 : EV Motor Sizing and Motor Drive Analysis - Introduction

Motor power estimation for on-road Electric Vehicle,
Forces acting on vehicle – Rolling resistance & aerodynamic drag
Acceleration and hill climbing
Quick calculations in Excel
Driving cycle
Classification of electric motors
Factors affecting the choice of an EV motor

Week 8 : Motor Power Estimation, Motor Sizing

Fundamentals of Brushed DC and BLDC motor operation and construction
Fundamental equations for PMSM sizing
Basics of power converter operation
Analytical design of Permanent Magnet Synchronous Machine (PMSM) with Ansys RMxprt and Maxwell (2D)

Week 9 : External Aerodynamics

Week 10 : DC-DC Converter

An overview of EV power system
Propulsion system and auxiliary system of an EV
Basics of EV battery system and choice of system voltage
Types of DC-DC converter for an EV application
Ansys tools at various stages of design
Template-based design of full bridge converter using Ansys PExprt
Circuit simulation of power converter using Ansys Twin builder
Magnetic analysis of high frequency transformer with Ansys PEmag
Electrothermal analysis of PCB with Ansys SIwave
Thermal considerations of PCB using Ansys Icepak

Admission details

The candidates need to follow the below-mentioned steps in order to apply for this programme:

To get enrolled in the course, the candidates are requested to follow the following admission procedure:

Step 1: Go to the course webpage and then click on “Login and Enroll”.

Step 2: Kindly fill the application form with all the details as requested.

Step 3: Once the candidates fill up the details, post that they will be informed with the details followed.

Scholarship Details

The course is currently available for free, hence this domain is not applicable.

How it helps

The course Basics of Electric Vehicle Simulations using Ansys: Skill Lync gives the candidates in-depth and detailed knowledge about electric vehicles and the subject associated. Electric vehicles being the future of the world, the candidates will be able to explore a variety of career options after completing the course successfully. The course will be able to give an extra edge to all its candidates with its detailed modules designed by the experts.

The course gives all its candidates an e verified profile that can be shrewd on platforms like LinkedIn. Apart from this, the top 5% of candidates in the class will be rewarded with a merit certificate. This will help in strengthening one’s CV, resume, and other profiles. The course is offered by a platform like SkillLync, which is known to help its candidates build a professional portfolio that makes the candidates stand apart from the rest.

The course increases the candidates’ possibilities of getting promoted or picked up by the top-level companies. It also amplifies the chances of opportunities like salary hikes and promotions since it allows automatic linking of the technical projects of the candidates to its different profiles. It is an opportunity for the candidates to give themselves a promising career and a secured future.

FAQs

What are the uses of ANSYS software?

The uses of ANSYS are numerous in number, but finally, all of them lead to one single concept called profitability to the organization. In some cases you need to conduct a few tests to optimize the material required, the design, the loads if any acting on the product, the natural frequency or its temperature controlling mechanism, and many more.

What should I learn before learning ANSYS?

Before starting to learn ANSYS, you need to have a deep understanding of the Mechanics of materials, the design of machine elements, various theories of failures. You need to understand the equations that are used in calculating the stress and strain in combined loading and in different cross-sections.

How shall I learn ANSYS in mechanical engineering?

ANSYS in itself is a huge software covering many disciplines like CFD, Structural, Vibration to name a few. Know the science behind the software. Every component of the software is nothing but a numerical algorithm that solves a system of equations. Now your motive as a Mechanical Engineer should be to understand how these systems of equations are formed.

Which products of ANSYS are useful for mechanical engineers?

ANSYS software application is developed by ANSYS Inc. It is a finite element based program that helps in analyzing mechanical problems. There are a lot of modules in ANSYS - Multiphysics, Mechanical, etc. The licensing cost will depend upon the modules that you are choosing. Licensing will be different for Academic usage and commercial usage. Larger problems cannot be solved with a license taken for academic purposes. Analysis options will vary with the modules chosen.

What's the scope of ANSYS software nowadays?

Ansys has many scopes. It is used everywhere nowadays. From pumps to hydraulic machines. From home analysis to the building. In each and every sector you can find the direct application of ANSYS. The main scopes are in heavy construction companies, space stations, automobiles, biomechanics. These are only a few, the list is quite long.

How can I get a job through ANSYS software?

Ansys has Lot of scopes even now from a point of design view. As a mechanical engineer If u r really interested in Designing and innovative concepts, u should be trained in Ansys as modelling software like Catia Creo just give the very brief type of analysis.

Which software is better, ANSYS or Hyperworks?

Specifically, Ansys is used for analysis and hyper mesh for FE modelling. If one wishes to do the analysis in hypermesh, that can also be done by using certain tool solvers like OptiStruct. The environment Ansys offer is real and it’s user friendly. All the options have some description as a comment.