Master Electric Vehicles Modeling to Power-Train Design (Mechanical Side)

Master Electric Vehicles Modeling to Power-Train Design (Mechanical Side)

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Dates
Online 26-Oct-20 to 03-Jan-21
(Seats Over)
Online 02-Nov-20 to 10-Jan-21
(Almost Full)
Online 09-Nov-20 to 17-Jan-21
(Filling Fast)

About The Internship

3-Month Masters Program:

This is a program for those who want to learn from basics to In-depth EV industrial applications in domains like battery design, Powertrain Mathematical model, Battery Management System, Thermal Management, etc. This program will take you from a beginner to a professional level in Electric Vehicles Domain.

If you are a Mechanical/Automotive Engineer exploring to learn about Electric Vehicles, this is an internship for you to learn everything from the fundamentals of Electric Vehicle architecture to a system and component-level analysis of Electric Vehicles and from basics to the industrial level applications.


Quick Brief:

  • 3000+ minutes of Learning
  • 5+ Industrial Projects to Work On
  • Weekly Live Doubt Sessions with experts
  • International Certificate to Participants
  • Additional Certificate of Project Report
  • Letter of Recommendation to the best performers
  • Case Study based learning
  • Access to Webinars & Industry Mentor

Skills Acquired:

This Internship gives you the in-depth skills required to get your hands dirty and make you prepared for real industry challenges and expectations.

  • Electric Vehicle Architecture
  • Battery Design
  • Battery Safety Protocol
  • Battery Properties and Heating
  • Battery Thermal and Current Monitoring
  • EV Powertrain Design
  • System-level EV Architecture
  • Battery Cells and Module Design
  • Battery Heat generation using Ansys Fluent
  • EV Power Electronics Design
  • EV Powertrain Design and Model

Software Learnt :
We teach you from scratch, no prior knowledge required!

  • Ansys Fluent
  • Matlab
  • Simulink

Why an Internship on Electric Vehicle?

Demand for Engineers with a deep understanding of EV is going up as the world is transitioning towards Electric mobility with extensive R&D happening all across the board.

1. Be a part of the future trend
2. Learn skills like Battery Design and EV powertrain
3. Participate in student competitions like Electric Formula SAE
4. The entry point to R&D and abroad studies.


Job Roles available In EV

As the EV industry is booming, this course will help you gain skills which are required in the following roles by the industry -

1. Battery Design Engineer
2. Battery Thermal Engineer
3. Battery Thermal Management Engineer
4. EV powertrain Engineer
5. EV Safety Engineer
6. EV System engineer
7. Battery Structure CAE engineer


Who will be my Mentor for this Internship?

  1. Rajath R Jain
    Sr. Battery Engineer
    Ex. Connexxion, Kiepe Electric Projects, The Netherlands
    Expertise: Battery Design, Mathematical Modeling and Power Modeling for E-Bus
     
  2. Abul Fazal Khan
    Sr. Powertrain Engineer
    Research Group Sustainable Energy (HAN University, Netherlands)
    Expertise: Powertrain Design and Fuel Cell Management 
     
  3. Rajanand Patnaik Narasipuram
    Sr. R&D Engineer || Chassis
    Olectra Greentech Ltd
    Expertise: EV Power Electronics and Motor Design 
     
  4. Shaunak Khot
    CFD Consultant
    Altran Technologies, Île de France
    Expertise: CFD, and Battery Thermal

Projects you will do during the Internship

  1. Li-Ion Battery Thermal Analysis using Ansys Fluent 
  2. Develop a Mathematical modeling and Design Li-ion Battery system
  3. Develop Mathematical Modeling and Powertrain sizing
  4. EV System Design and Architecture Modeling

We offer you a Full Money Back Guarantee!

Best Content & Service at the most affordable pricing.

Our mission is to help engineers with the best knowledge at the price they can afford. And we are driven by this.
You get a full refund of the fee if
1. You show us a course better in content & services, yet lower in pricing than ours.
2. Didn't like the course content after attending it for the first 10 days.

Module wise Description

Introduction to EV (To build your base)
- Automotive industry and quality of air
- EV compared to ICE
- The total cost of ownership
- EV architecture

Introduction to batteries
- Energy storage systems
- Energy and power density charts

Types of Battery
- Li-Ion battery types
- Construction and shapes of battery
- Lithium-Ion batteries and technologies

Battery Properties
- Battery dependency on resistance, temperature, etc
- Voltage and current characteristics
- C rate and its effect on the battery and its performance
- Major parameters affecting the battery
- General equations and calculations

Battery cell Structure
- Commercial cells available
- Understanding cylindrical, pouch 
   and prismatic cell shapes 
- Criteria for selection of cells based 
   on the aim of EV performance
- The complexity of other subsystems 
   while using either of 3 cell types

Module design
- Mechanical considerations
- Structural analysis and swappable module

Battery pack design - 1
- Module/ cell arrangement
- Ground-up EV vs converted EV
- Location of battery pack & mounting
- Material selection for outside closures
- Internal structure design Venting

Battery pack design - 2
- Manufacturing processes
- Assembly and safety consideration
- Structural tests and analysis
- Stakeholder management
- Regulations and standards
- IP rating durability and serviceability
- Battery modeling
- DFMEA

Fundamentals of CFD
- Applications of CFD/ Recap to Fluid Mechanics /
- Types of PDEs & BC's
- Reynolds transport theorem / Conservation of Mass
- Approximate solution of NS equations
- Discretization techniques (FDM)

Fundamentals of Battery
- Battery working principle
- RedoX reactions/ Capacity/Voltage principle
- Electrodes material and structural properties

Thermodynamics of Battery
- Electric potential/ Standard electric potential/Ionic atmosphere
- Nerst equation/ Gibbs free energy/ SOC and its determination
- Entropy and enthalpy profiles (Aging)
- Entropy and enthalpy profiles (Capacity)
- Entropy and enthalpy profiles (Thermally aged)

Kinetics
- Concentration/ Activity/ Debye Hückle Law
- Drag coefficient/ Field lines / Stokes law
- Transport N°/ SEI / Grothuss mechanism
- Diffusion mechanism/ Interface energy. SEI/ Kinetics overall
- Butler Volmer equation/ Overpotential and Tafel plots

CAD Modelling
- Basic cell level designing
- Battery pack level modeling
- Staggered and inline modeling

Numerical analysis-1
- Basic battery models
- Battery equational analysis

Battery pack monitoring
- Components of a battery pack
- What is Battery management system
- Battery cell voltage monitoring
- Battery cell temperature monitoring
- Battery pack voltage monitoring
- Battery pack current monitoring

BMS Safety
- Operating Limits
- Over voltage
- Over Temperature
- Over Current

Battery pack controlling and protection
- BMS protection against high and low-temperature
- BMS protection against over and under-voltage
- BMS protection against deep discharging
- BMS protection against overcharging
- BMS protection against electrical failures

Battery pack status assessment and interface with other systems
- Battery pack State of Charge (SOC) estimation
- Battery pack State of Health (SOH) estimation
- Battery pack energy and power estimation
- Battery pack diagnostics and control
- Battery pack communication with other systems in-vehicle environment

Automotive product development life cycle
- Product development V model
- Engineering Roles in the development process
- Automotive Development standards

Preparation to the design of Battery management system
- Requirements engineering and management
- System design and development
- Hardware design and development
- Software design and development
- Verification and validation

Introduction to vehicle powertrain (xEV) 
- Vehicle propulsion system.
- EV powertrain comparison with conventional IC Engines

The topology of EV powertrains
- The topology of a completely electric vehicle
- The different powertrain topology
- Series, Parallel and Series-Parallel hybrid vehicle topology

Motor
- Functionality in Vehicle Level.
- Types of motors for EV's
- Pros and Cons.

Tire + Longitudinal Vehicle Dynamics
- Vehicle propulsion system physics
- Vehicle forces
- Power requirement

Vehicle transmission
- Transmission in the electric and hybrid vehicles
- Types of transmission
- Use in the EV passenger cars
- HDV with examples

Motor-1
- Motor Power from a mechanical perspective
- Calculations of electrical torques, Power and RPM
- Fundamental design guidelines

Motor Controller (Inverter)
- Functionality in Vehicle Level
- Design considerations
- Various types of controller topologies

DC-DC Converter
- Functionality in vehicle
- Considerations of Vehicle level power
- Deciding power & voltage
- Types of topologies

Charging Technologies
- Functionality in vehicle level
- Charging Levels

Sizing of the Driveline
- Introduction to driveline sizing
- Power demand
- Importance of various parameters for sizing

Modeling the powertrain
- Modeling the basic battery-powered powertrain
- Mathematical model fundamentals
- Analyzing the result from this model

Sizing of Hybrid power train
- Plugin hybrid, Prius like driveline
- Fuel cell vehicle driveline sizing

Functional Safety of the EV
- HARA, safety goals, ASIL levels
- System safety
- Software safety
- Hardware safety
- Support process, DIA, SEooC

HV Safety
- Contactor aging
- Contactor weld
- Cutoff concept
- Equal potential bond
- HVIL
- Isolation monitoring

Passive safety
- Types of cooling
- Liquid cooled
- Air cooled
- Venting gas routing

BMS Functional Safety
- Over voltage
- Over temperature
- Over current
- Thermal runaway
- Crash detection

Why take this course?

  • This course prepares you with the knowledge of fundamentals and advanced projects. With this, you can be ready for challenges in the competitions.
  • Work with the best in the automotive industry.
  • "Certificate of Participation” to be issued to all participants by “ELITE TECHNO GROUPS” accredited by International organization for Standardisation, United Kingdom (U.K).
  • Automotive research-based industrial designing project allotment of 30 days to interested participants (no extra fee).
  • Complete technical support to all participants after the internship for research, paper presentations, participating in any race and design competitions (BAJA, FORMULA-SAE, Go-Kart, Electric/ Hybrid Vehicles, etc.).

Who Can Attend?

  • B. Tech/B.E: The internship is designed for all year students of B.Tech from Mechanical, Automobile, Electronics, Electrical, Production, and Industrial Engineering.
  • M. Tech./ M.S/M.E: pursuing or passed out engineers.
  • Pursuing job/ Graduate: Looking to upgrade their knowledge in Automotive domain
  • Diploma Engineers: interested in pursuing further studies on a part-time or full-time basis.

Fees

Rs. 7000/- per participant inclusive of all taxes along with:

  • 3000+ minutes of Learning
  • 5 Industrial Projects to Work On
  • International Certificate to Participants
  • Additional Certificate of Project Report
  • Letter of Recommendation to the best performers
  • Life time access to tutorial videos

(No extra charges to participants for any further activity)


Referral Program

We all have heard that “Sharing is Caring”. Now, there is one more reason for you to share and care - earn with every share by using ETG’s Referral Program.

What is the Referral Program?
Once you’ve registered and paid your fee, you can share your email id with your friends and peers. When a student registers using your email id as a referral id and then pays their fee, both of you get a discount.

How much is the Referral?
Every referral adds Rs 350 to your wallet. And the good thing is that there is no limit to no. of referrals you can make!

How can I redeem my Referral?
The referral will be provided as cashback to you in your wallet which can be transferred to your account as actual cash at the end of the program in your bank account.

Frequent Asked Questions

Around 25 min to 50 min a day depending on the module.

Videos will be released between 4 PM & 7 PM. And, it is not necessary that a video will be released daily or there will be only one video a day. It will be flexible as per the modules.

One of the most important parts of the learning process is doubt clarification. Hence, we will be providing you three avenues to clarify doubts!

a.       Recommended: You can ask your doubts on the portal itself and the answers would be provided
b.      There would be weekly live sessions where you can ask questions directly from the expert
c.       Also, we will set up a WhatsApp group to ensure regular answering of your doubts.

This internship is designed keeping in mind the uncertainties around the academics during Corona

a. You can start the Internship now. you can watch the videos as per your convenience if the colleges open and complete the assignments as you proceed
b. The content would be available at least for a year
c. There will be regular doubt sessions and assignment reviews to ensure you don’t miss out on anything.

 

This internship is designed to ensure that you can pace it up as per your academic curriculum.
-  There will be regular doubt sessions and assignment reviews to ensure you don’t miss out on anything if you have missed some sessions in the course of the program

This internship would require you to do assignments and projects on a regular basis.
- Hence, it is good to have a laptop. Configuration for laptop - i3 or above. Preferred to have i5 or above. Ram 4 GB or more
- Software: There are multiple platforms where you can get the software required for the internship. So no need to worry if you don’t have them already

 

These are recorded videos so that you can have them all the time with you. These will help you plan your learning accordingly given the uncertainties in the college opening and exams!

a. Yes, you can start late and cover-up as these are recorded sessions
b. Videos and assignments will be uploaded on a regular basis for the Internship. You can attend them as per your convenience.
c. The content would be available at least for a year
d. However, for the best benefit, it would be great if you could do it along with the batch.

 

 

 

In that case, there are more reasons for you to take this internship! This internship is prepared from the basics. We will take you through the fundamentals of building a good understanding of automotive engineering. This will make you ready to take up tougher challenges in this space!

Certificate of Participation is accredited by the International Organization for Standardization, United Kingdom (U.K). This is valid world wide!

Yes, there is! And it offers you an unlimited discount using our referral program! Your referral id is your email id is your referral id.

How does it work?
Once you’ve registered and paid your fee, you can share your email id with your friends and peers. When a student registers using your email id as a referral id and then pays their fee, both of you get a discount.

How much is the Referral?
Every referral adds Rs 100 to your wallet. And the good thing is that there is no limit to no. of referrals you can make!

 

Our Faculties have worked at senior positions with Automotive Giants of India & the USA.

For instance one of the experts of your Course, Mr. Sundar Iyer, has 7+ years of experience in R&D of Volvo-CE and Honda, USA. His area of expertise is Suspension Dynamics and Design.
Like this, there are other automotive experts who will teach you the complete course.

5 Weekly Assignment in 6 weeks
Every Friday you will receive one industry-related assignment to all the subsystems/ major concepts you have learned in the week. These assignments will be related to Design, Calculation, Research, Analysis, etc. and can be individual.
The purpose of these assignments is to make you implement the concepts you have learned in that week by the experts.


1-2 Major Project Post Completion of Course
You can also opt for a 1-month online-based industrial-project internship (without any extra fee/ charges) after completion of the 10-week course. These Projects will involve in-depth use of multiple departments (Suspension, steering, braking, transmission, chassis, etc.) and can be done individually or in a group of 4-5 members.

 

 

You will be owning an Internationally accredited certificate recognized by the ISO United Kingdom which will add a lot of value in your resume. Company/College can verify your certificate through a unique certificate no. at - www.elitetechnogroups.com/verify-certificate

Along with the certificate, you will be provided an Experience Report which will have details like your work in the project, learning, performance, etc. of all the projects and assignments done by you. You could also showcase it to your college and recruiters.

 

10-Week Internship begins from the scratch covering all the topics taught in the 6-week Internship. Hence, you need not take the 6-Week Internship before 10-week one. For details on differences, check here (link with section)

Video Testimonials

What Student say about us

The practical knowledge gained from attending the event is really valuable and is generally not possible in the Academic programme of our Engineering as I've seen in my 2 years of college. I can proudly say now that I've built a vehicle of my own and now there is a sense of satisfaction as I can say that I have achieved something in my field apart from just acquiring the theoretical knowledge.

Yuvraj Pardeshi
20-12-201815-Day Internship in VIT, Pune, 2018

I had always dreamt of making a car or a bike but never really could do anything, this is the first time when I actually got to work on building a car of my own. It's just out of the world experience for me, truly amazing.

Rushabh Gala
08-01-201915-Day Internship in VIT, Pune, 2018

The best thing was when the engine came to life, felt so great and I find it tough to put it in words. Got to work in a really hardworking team and learn some really valuable things related to my professional field and at personal level as well.

Munashe Munyayi
30-03-20198-Day Internship in Parul, Vadodara, 2019

We got to not just witness but also work at such a high scale which is not possible in classroom academics. The feeling of seeing the car, made by your time-effort-energy, run on the grounds is unmatchable. An amazing learning experience.

Chelsea Chinyamutsotsonya
28-03-20198-Day Internship in Parul, Vadodara, 2019

The whole programme was thoroughly enjoyable, you got to learn a lot from every bit of it and I'm sure all the knowledge is going to be really crucial in my career ahead.

Nupur
26-03-20198-Day Internship in MIT-WPU, Pune, 2019

I had a very unique and different experience in the programme, learning with the best minds of different cities/colleges of the country. The exposure I got here is a 'Must-Have' for every student who is enthusiastic enough to build his/her career in Automotive Industry.

Jui Kulkarni
23-03-20198-Day Internship in MIT-WPU, Pune, 2019

We got to build our own car, the best hands on experience one can ever get in such a lomited period Workshop, it's the best feeling ever to drive the car built by your own efforts and sweat.

Jai Kishan Trivedi
21-03-20198-Day Internship in Vadodara, 2019

The teaching of Elite Techno Groups is very structured, all trainers are very knowledgable and credible. This is the only event that gave me the practical exposure otherwise all other Workshops that I attended were mostly Theoretical and so my experience here was incredible.

Bhavya Kumar
21-03-20198-Day Internship in Vadodara, 2019