EV Powertrain course will be helpful in understanding the battery pack design and EV charging technique used in the electric vehicle. ISIEINDIA | Ev powertrain, energy storage system, ev powertrain architecture and energy storage system

EV Powertrain Architecture and Energy Storage System

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Description

EV Powertrain Architecture and Energy Storage System with Placements Assurance 

In the age of development when the demand for electric vehicles is growing rapidly in the market, the need for jobs will also increase in the near future in the EV domain. The growing demand means a continuous increase in production and a continuous increase in production means the demand for well-skilled engineers will also increase. As per the recent reports of a government organization, the Indian government is going to invest a much larger amount of money in the EV sector in the near future which will lead to an increasingly large number of jobs in the market. The EV Market is projected to generate about 5.8 million jobs in the upcoming time, as per the report by Reuters. 

In order to be able to fulfil that demand our engineers and graduates would have to be well equipped with knowledge and skill in compliance with Electric Vehicle, and with the Govt. pushing the idea of Make in India, we must have the ability to work on the EV components at R&D level and help achieve the goal. 

Keeping this in mind, our experts from the industry have come forward to help us design this upcoming course- Electric Vehicle Architecture Design and Selection.

EV Powertrain Architecture and Energy Storage System course will start with the EV industry perspective in the market through the rise and fall of the electric vehicle industry and followed by the futuristic growth of the EV industry in India. Followed by the motor design and selection parameters used in the electric vehicle industry, accompanied by various recent case studies of challenges being met.

EV Powertrain Architecture and Energy Storage System course will be helpful in understanding the battery pack design and EV charging technique used in the electric vehicle. This will majorly benefit aspiring engineers, professionals looking for a job change, and entrepreneurs looking to make a change in this direction. 

EV Powertrain Architecture and Energy Storage System course is a fully online mode, with live lectures and doubt clearing sessions and it includes 10 modules for the 60+ learning hour. The course includes 20 assignments in total and it also includes assessments after completion of each module, based on which you will be provided with a global certificate.

Who can attend? 

-Entrepreneurs who are looking to set up their industry or startup related to EV.  

-Graduates or postgraduates and freshers looking to improve their resumes and land a job in EV. 

-Professionals who are looking for a job change.


CASE STUDIES -

Motor Modelling and Design

Modelling of different kinds of the motor on the basis of various parameters such as battery voltage, back electromotive force coefficient, and winding resistance. Comparative study of BLDC motor vs IM motors vs PMSM motors on the basis of its design, performance, efficiency, energy consumption, etc.


EV charging station and road map challenges

Comparative study of the charging system i.e. onboard and off-board charging system. The case study focuses on the load requirement and infra challenges faced by the EV industry in all parts of the country.


Battery Pack Thermal Management 

Battery pack thermal management strategy and methods used in different vehicles as per the applications. The optimization on the basis of cooling efficiency, of the system, and power management.


PROJECTS -

Motor Design:

Perform the calculation for different types of motors on the basis of motor efficiency, motor power, electromotive force parameter for all three different types of motors. Perform the calculation for the selection of motor for the products already existing in the market, defining the design criteria and references based on consumer requirements. 

EV Battery Pack Design and Model:

Model a battery pack as per the desired range of the electric vehicle given. The model needs to be verified under the MIL test for range as per the cycle provided. 

EV Charging Setup:

Selection of suitable charging system based on the calculation parameter such as charging time taken by a battery with same input supply, Load calculation for the grid.


PROGRAM OVERVIEW

Duration
6 Months Online + 6 Month Paid Internship
Number of Subjects
6
Online Study
6 Subjects (170 hours)
Projects
3 Major Projects
Case Study
20+ case study
Research Paper Publication
5 Research Papers (free of cost)
Assessments

10 Assessments


PAYMENT OFFERS- 

NO COST EMI

Now, pay your course fees in installments at no cost EMI available at Credit cards following banks - 

-American Express 

-Yes Bank

-Standard Chartered Bank

-RBL Bank

-IndusInd Bank 

-CITY Bank

-Axis Bank

-ICICI Bank

-Kotak Bank

-HDFC Bank

-Bank of Baroda


JOB ROLES- 

Powertrain
Power Unit
Charging
Motor Structural Design Engineer
Battery Pack Design Engineer
Power Electronics Hardware Engineer
Motor Control Systems Designer
Battery Test Engineer
Charging Control Systems Engineer
Control Systems Designer
Battery Packaging Engineer
Charger Design Engineer
Power Electronics Hardware Engineer
Battery Management Engineer
Charging Test Engineer
Hardware Design Engineer
BMS Software Developer
Energy Supply Equipment Engineer
Motor Testing Engineer
Thermal Management Systems Engineer - Battery Pack

System Test Engineer


Program outcomes
  • Electric Vehicle advancement with time.

  • Government policies to encourage EV industry.

  • Different kinds of Motors and its selection parameter for EV

  • Introductory concept to battery, battery pack and battery pack design.

  • Concept of battery testing technique and calculation.

  • Concept of battery management system and its calculation.

  • EV charging methods

  • Homologation and testing.


Requirements
  • Mobile/Laptop/Tablet with good internet connectivity

Syllabus

  • 76 Lessons
  • 105:37:50 Hours
  • Assignment_EV Powertrain
  • Case Study _ EV Powertrain
  • Mini Project 1
  • Coming of EV in 19th Century00:29:02
  • Golden Era of EV00:19:37
  • Coming of New Era in EV00:19:57
  • EV Market and Sales00:30:00
  • Components; Trends and Growth00:30:00
  •  Parallel Hybrid00:21:50
  •  Series Hybrid00:14:13
  •  Series Parallel00:09:00
  •  Fuel Cell EV00:07:32
  •  Micro Mild and Full hybrid00:19:33
  •  Motors00:29:00
  •  Transmissions00:20:00
  •  Hub Motor00:21:00
  •  Battery & BMS00:16:00
  •  Components Positioning00:26:00
  •  Vehicle Coordinate System00:16:37
  •  Powertrain Equation00:22:43
  • Drag Equation00:10:32
  •  Drag Coefficient00:25:37
  •  Drag Calculation00:11:41
  • Tire Constrcution and Specification00:34:57
  •  Wheel Rolling without Slipping00:03:00
  • Wheel Dynamics ROLL vs SLIP vs SKID00:03:00
  • Contact Patch00:21:00
  •  Hysteressis Loss00:22:00
  •  Tyre Parameters00:21:00
  •  Calculating Parameters00:33:00
  •  Power Calculation00:24:00
  •  Torque Calculation00:13:00
  •  Gearbox Selection00:26:00
  •  Motor Characteristics00:28:00
  • PE and Motor Control00:46:07
  •  Basic Understanding of Motor00:30:00
  •  SRM Motor00:12:16
  •  Introduction of BLDC Motor00:20:00
  •  Control Principles00:06:00
  •  Motor for EV00:29:00
  •  Regenerative Braking00:24:00
  •  Motor Control 00:25:00
  •  Motor Control Quadrant00:11:00
  •  Ac Motor Control00:22:00
  •  Asynchronous vs Synchronous Motor00:15:42
  • Introduction of Motor Modelling and Design00:16:04
  • Motor Geometry00:19:12
  • Add Winding and Material00:20:26
  • Simulating E Magnetics00:13:12
  • Torque Speed Curve00:25:00
  • Efficiency and Drive Cycle00:20:00
  • Thermal Solution00:23:00
  • Unit 6: Cell Types and Characteristics04:00:00
  • Unit 7: Cell Sorting and Assembly03:15:30
  • Unit 8: Battery Pack Design04:06:30
  • Unit 9: Battery Safety and Testing05:14:00
  • Unit 10: Range of an EV – Model Based Simulation06:03:00
  • Unit 11: Battery Safety and Management03:06:30
  • Unit 12: BMS Design and Architecture04:19:30
  • Unit 13: ESS Communication04:04:30
  • Unit 14: Battery Thermal Loading and Safety05:15:30
  • Unit 15: Heat Management of a Battery Pack03:09:30
  • Unit 16: EV Powertrain Tuning02:04:00
  • Unit 17: Traction Motor Drive Circuit03:05:00
  • Unit 18: Control Unit of an EV and Communication05:03:00
  • Unit 19: Control Systems and Types02:04:00
  • Unit 20: Power Electronics and Motor Drives03:10:00
  • Unit 21: EVSE Systems and Types02:03:00
  • Unit 22: Battery Charging Characteristics03:02:30
  • Unit 23: Charging Protocols04:06:30
  • Unit 24: Charging Station and Challenges05:11:30
  • Unit 25: Introduction to Homologation and Testing02:06:00
  • Unit 26: CMVR Types Approval04:03:00
  • Unit 27: Electrical Machine – Tests and Approval03:03:00
  • Unit 28: Battery Pack – Types and Approval04:05:00
  • Unit 29: EV Charging Types and Approval03:10:00

About instructor

Instructor
Name : admin admin
Reviews : 75 Reviews
Student : 372 Students
Courses : 46 Courses

Reviews

5
Based on 10 Reviews
1 Stars
2 Stars
3 Stars
4 Stars
5 Stars

Avik Chaudhary - Wed, 05-May-2021

One of the best courses I have taken by far. Everything from the videos to assignments is amazing and informative. It has helped me tremendously. I encourage everyone to take it.

Akky Reddy - Wed, 05-May-2021

its an excellent course which really improved my knowledge.Good work by the team. All videos and material is really helpful and informative. Thanks to the team ISIEINDIA.

Abhi sharma - Wed, 05-May-2021

This is one of the most interesting course. I'm really glad that I completed the course and earned a certificate. The videos are very informative!

Riti Aggarwal - Wed, 05-May-2021

Overall a very informative session. Course content got well covered and also demonstrated the concept very well. Thanks for such an informative and concept-clearing training session.

Budh Preet Arora - Wed, 05-May-2021

The training was awesome. it gave me more information and knowledge about Powertrain and Energy storage system.

Vishu Anna - Wed, 05-May-2021

Excellent Trainer. Trainer has absolute/total command over the subject. I must say that I met a best trainer. My study requirements were very specific, I actually wanted something out of the box from these training. But the trainer stood up to the challenge and extremely knowledgeable to achieve my goal.

Ayan Sharma - Wed, 05-May-2021

Training experience was very good. Trainer has well technically sound and good explanation knowledge.

Drashti verma - Tue, 27-Jul-2021

I would strongly recommend ISIE INDIA courses to other individuals who require additional skill development course because I chosen EV placement from there and the classes were exemplary and the class size allows for individual attention which provides a high rate of comprehension. Great experience!

Jahnavi khana - Wed, 28-Jul-2021

All the experts were very professional in their specified subjects because I chose two courses from ISIE, one is EV Powertrain Architecture and another one is EV Fundamental and earlier I thought it is to choose both subject from one place but after got all the lectures, I think it was my best decision.

sana khan - Wed, 28-Jul-2021

I got Placed in Hero Electric after doing this Electric Vehicle Powertrain course. This was my first time taking a EV placement course from ISIE INDIA & it far exceeded my expectations. It was very effective.

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