Top companies hiring in EV Industry

10 million
Direct EV jobs by 2030
₹ 26 LPA
Average salary package in India
₹ 40 LPA
Highest salary package in India

How will you get guaranteed placement?

Go from beginner to pro in 12 months

With a curriculum designed and taught by industry experts, you will get the skills and mentorship for guaranteed success.

On-demand classes

Live doubt clearing sessions

Industry-level projects

Become placement-ready

Prepare to ace your placements with our career coaches, having 10+ years of experience. Say goodbye to placement anxiety!

Soft skills training

Cover letter & resume preparation

Mock interview practice

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Unlock a world of opportunities and start your journey to success - we assure you a secure career with our guaranteed placement!

Curated placement opportunities

Boosted visibility on Internshala

Direct interview invites

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Top career options in EV Industry

Industry-recognized & government approved EV certification

Internshala Trainings certificate
Upon successful completion of the program, you will receive a Electric Vehicle Placement Guarantee Course certificate from Internshala.
NSDC & Skill India certificate
Also, receive a certificate from NSDC (National Skill Development Corporation) and Skill India.

Industry Oriented EV Course Curriculum

320 hours of learning
11 courses
15 Projects

To learn more about the course download the brochure

1 . EV Business

6 Modules 1 Demo video inside
Project : Case study/review paper on charging stations in a state
  • Course Overview
  • Starting with the Electric vehicle technology
  • Electric Vehicle Design Procedure and ICE model
  • Industry collaboration
  • Introduction to EV management (catagories, regulations and standards)
  • EV Homologation & testing
  • FAME India & manufacturing guidelines
  • EV Certification process
  • EV Charging
  • EV Development
  • Electric Vehicle & Retrofitting
  • Retrofitting Components and Status In India
  • Motor Technology
  • EV Motor Market analysis
  • EV Homologation Guidelines
  • EV Categories and Proposed Changes
EV Battery Market Analysis
Project: Case study/review paper on charging stations in a state

This project focuses on analyzing the EV sector in India, including market study and technical documentation. It explores the demand for EV charging stations amid privatization, renewable energy growth, and addresses key challenges like infrastructure, battery costs, and location selection to promote EV adoption.

  • Overview
  • Basic electrical circuit analysis
  • Power Electronics & Storage
  • Variety Of EV
  • Basics of EV
  • EV Fundamentals - Battery
  • Battery Management System
  • Design rules & Motor technology
  • EV Components
  • Charging Infrastructure
Electric Vehicle Calculations
Project: Complete EV model battery calculations for a configured parameter

This case study focuses on battery and BMS calculations for Lithium-Ion battery systems. A Battery Management System (BMS) is crucial for real-time cell control, communication, SOC calculation, and more. BMS choice affects battery pack quality and lifespan, vital for energy storage and electric vehicles. Accurate parameter estimation ensures proper sizing and long-term performance.

  • Getting Started
  • Introduction Series
  • Introduction to power distribution in EV
  • Power flow in EV
  • Electronic Control System
  • EV Certifications and Governing Bodies in India
  • Battery & motor selection process
  • Converter and controller selection process
  • Live Concept Class
  • Overview
  • Introduction to semiconductor electronics
  • Semiconductor diodes, biasing and characteristics
  • Rectifiers and filters in electronics systems
  • Clipper, Clamper & special purpose diode
  • Optoelectronics devices & Diode applications
  • Bipolar Junction Transistors (BJT)
  • Field Effect Transistors (FET)
  • The Insulated Gate Bipolar Transistor
  • Op-amp
  • Number System
  • Boolean Algebra
  • Logic gates
  • Microcontrollers
  • Circuit Design & Simulation using Proteus
  • Live Concept Class
Project: Regulated power supply using Proteus

Design a +5 V DC-regulated power supply capable of delivering up to 250mA to the load. Investigate the roles of the Zener diode and filter capacitor in the regulated power supply. The project involves creating a block diagram, component selection, and mathematical expressions for achieving a stable 5V output.

  • Getting Started
  • Overview
  • MATLAB Intermediate
Design, develop and plot in MATLAB
Project: Design of EV using Qss Toolbox

Design a powertrain system quickly and in a flexible manner and calculate fuel consumption easily. It can be integrated with other programs which allow for smooth integration with the functionality of MATLAB.

  • Overview
  • Basics of batteries
  • Battery Parameters
  • Lithium-Ion Characteristics
  • Thermal Runaway
  • Battery & SOC Estimation
  • CAN Protocol
  • SOC Modelling Using MATLAB
  • Cell modelling in MATLAB
BMS modelling using MATLAB
Project: Battery management system modelling

This project involves battery pack modeling, SOC estimation using CCM, battery protection implementation for safety, and passive cell balancing for enhanced battery performance. These objectives collectively optimize battery management.

  • Overview of Battery Parameters & Cell Chemistry
  • Revisiting BMS for battery pack
  • Electrical Design
  • Mechanical Design
  • Thermal Considerations
  • Thermal Design of Battery & Testing Part 2
  • Battery Pack Calculations
  • Battery Pack Modelling Using MATLAB
  • Live Sessions
Project: Modeling of Li-ion battery pack using MATLAB & ANSYS

The main goal of this project is to perform a thorough analysis of Lithium-ion batteries, ensuring they conform to datasheet specifications. This involves carefully selecting key battery parameters for precise modeling. We will then conduct simulations to extensively study state of charge (SOC), voltage, and current, providing valuable insights into the results. Additionally, the project will investigate the impact of changing the battery configuration to 4S3P, using simulations to elucidate the effects of this configuration shift.

  • Introduction to EV Powertrain
  • Overview, Architecture and components of EV powertrain
  • Thermal Management of EV Powertrain
  • EV Charging Systems and Types of Chargers
  • Modeling and Simulation of EV Powertrain Components in MATLAB
  • Modeling and Analysis of EV Powertrain Components in SolidWorks
  • Powertrain Certification
  • Powertrain Primary Components
  • LCC
  • Introduction to Ansys
  • Modelling & Analysis of EV Powertrain Components in Ansys
  • Introduction to SolidWorks
Project: Electric 4w powertrain modelling

This project has a dual focus. First, it aims to create a comprehensive MATLAB model for an electric car, encompassing the battery system and DC motor, facilitating in-depth system analysis. Second, it involves a detailed examination of the battery's State of Charge (SOC) dynamics and a precise comparison between the intended reference velocity and the actual vehicle performance. These efforts aim to provide valuable insights into the electric car's operational efficiency and performance relative to expectations.

  • Power Required to overcome Resistance Forces acting on the vehicle
  • Power Converters in Electric Vehicles
  • Inverters in Electric Vehicles
  • Motor & Motor Controllers
  • Simscape Lead Acid Physical Modelling & EV Design
  • Simscape Hybrid EV Performance Evaluation and ADVISOR
  • Revisiting EV Battery systems
  • LCC
  • Assignment 1 - Buck Converter Design
  • Assignment 2 - Boost Converter Design & Analysis
  • Assignment 3 - Buck Boost converter design and analysis
Assignment 4 - 3 Phase & multi level Inverter Design and Modelling
  • Assignment 5 - Solar PV Based Charger
  • Assignment 6 - Induction motor
  • Assignment 7 - Motor Controller Design
  • Emission Norms for EV Design: Introduction & Chemistry
  • Emission Norms for EV Design: Technological Considerations for emission norms
  • Battery Selection and Connection Process with Vehicle Sensors: Practical Demo
  • Vehicle Auxiliary Connection with Converter System: Practical Demo
  • Integration of Hardware and Software: Practical Demo
  • LCC
Project: DC Motor Characteristics

Implementing DC machine torque speed characteristics equations in the MATLAB script file and studying the theoretical concepts of DC motors and their classifications.

Project: Induction Motor Characteristics

The purpose of this project is to: Discuss the equivalent circuit network of the induction motor MATLAB model. 3 phase, 50 Hz induction motor, represented by equivalent circuit constants X1 = X2 = 0.1 ohms and R1 = R2 = 0.2 ohms is operated at half of the rated voltage and frequency. Calculate the ratio of starting torque at half voltage & frequency to rated values.

Project: Simulink Model to Calculate Vehicle Configuration

Develop a Simulink model to display the Vehicle Speed and distance covered by EV.

Project: Multi-level Inverter design and modelling

Design a 5-level cascaded H-Bridge inverter using SIMULINK. The PWM modulation technique is used to generate switching pulses for the 5-Level inverter. An inverter converts the DC voltage to an AC voltage. In most cases, the input DC voltage is usually lower while the output AC is equal to the grid supply voltage of either 120 volts, or 240 Volts depending on the application.

Project: Solar PV Based Charger

Photovoltaic power control using MPPT and boost converter Combined model of solar PV-based charge .

Project: DC-DC Converter

To design a Buck converter, Boost converter, and Buck-boost converter. A DC-to-DC converter is an electronic circuit or electromechanical device that converts a source of direct current (DC) from one voltage level to another. It is a type of electric power converter. Power levels range from very low (small batteries) to very high (high-voltage power transmission).

Project: Motor controller design

Study on fundamentals of BLDC motor. Role of DC converter in BLDC motor controller.Inverter switching and control logic. Commutation Logic and Controller operation.

Project: Battery thermal modelling

The objective of this project is to equip the students with the skills and knowledge to develop a comprehensive thermal model for lithium-ion batteries using MATLAB.

  • Introduction
  • Embedded Systems Continued
  • Arduino for Embedded
  • Arduino for embedded contd.
  • Arduino for embedded final project
After completing a course, you can download its videos for future reference.

Skills you will learn

Embedded Systems
BMS Modelling and Simulation

Learn from Top Industry Experts

Course fees

₹ 64,999
Valid till 19 Jun
No-cost EMI options available
starting at just ₹5,417 per month
100% refund if not hired!


The Placement Guarantee course is meant for pre-final and final year students, recent graduates, and young professionals who wish to build a career in Electric Vehicles. You should also be authorized and available to work in India upon completion of the course if you wish to avail the job guarantee benefits.
Yes, if you have decided to make a career in electric vehicles and are ready to put in the required time and effort to complete the program, you can still apply and we will evaluate your application based on its quality. You would be able to apply to the short term or work from home opportunities that are published on Internshala.
Yes, you can. However, please note that the placement opportunities that we would be curating for the students of the Placement Guarantee course would be those of jobs and internships with pre-placement offer and the same will be made available to you too. Different companies may factor in your prior work experience in their hiring decisions differently and it will be at the sole discretion of the companies.
The application form would consist of questions on your education, your motivation to build a career in electric vehicles, questions to test your ability to think creatively and your communication skills.
Your application would be evaluated on the basis of your written communication skills.
No, you can not.
You can. However, it is recommended that you speak to us first to understand shortcomings in your previous application before deciding to re-apply.
To do this training, you would need a computer with a minimum 4 GB RAM and Windows 10 or later (64 bit).
Ansys student version is available for learners which will be sufficient for the purpose of this program. We will help you with how to download and install the trial version on your system during the program.
The 60 days trial version of SolidWorks would be sufficient for the purpose of this program. We will help you with how to download and install the trial version on your system during the program.
We have collaboarted with MathWorks, who will provide us with the license of MATLAB and Simulink for the duration of this program. You will be provided with the software license and 5 days live training from MathWorks during the program.
No, the license that will be provided to you is only for learning purpose. Using it for any commercial or business purpose is strictly prohibited.
No, you don't need any prior knowledge of EV for this course. Everything about EV will be taught to you from scratch. However, an understanding of 12th level physics would be required to be able to understand and do the calculations taught in the course.
You could try making the payment from a different card or account (of a friend or family). Otherwise, you can follow the instructions on how to make an offline payment here.
You can pay the Placement Guarantee course fee online using any of the following payment methods - debit card, credit card, netbanking, UPI, and wallets. You will receive the link to make the payment once your application is successful.
You would need MATLAB, Simulink, SolidWorks, Ansys, & Proteus at different stages of this program.
Just let us know your registered email id along with the screenshot of the payment receipt or transaction history. You can submit your request using the "Need further assistance?" section. Once verified, the additional amount you paid will be refunded.
Depending on your payment method, you can opt for no cost EMI where a certain amount will be deducted from your account every month over a period of EMI duration that you choose. Please note that the no-cost EMI is available only select payment methods that you can see here.
You can watch the videos and take quizzes & tests on any device including mobile. However, for assignments and projects, use of a desktop or laptop will be needed and hence it is advised that you do this Placement Guarantee course on a laptop or desktop.
If you choose to pay via EMI, a certain amount will be deducted from your account every month. For example, if the total program fee (including taxes) is Rs. 100 and you choose to pay via 12 months EMI then you will be charged Rs. 8.33 (100/12) every month. Since these are no cost EMIs, you don't need to pay anything extra as interest or processing fee. The total program fee you would pay over the duration of the EMI will remain the same as it would have been if you paid all of it upfront.
The amount deducted will come back to your account within 7-10 working days. This is the normal duration your bank will take to credit the amount back into your account.
At times, there may be a slight delay in your payment reflecting on your Internshala Trainings dashboard. However, if your payment is not reflecting even after 30 minutes, please let us know your registered email id along with the screenshot of the payment receipt or transaction history. You can submit your request using the "Need further assistance?" section. Once verified, we will update your payment status from the backend.
No, you can not cancel or stop the EMIs at a later date since your bank would have already paid the entire course fee on your behalf to Internshala.
Please write to us on with details and we would be happy to help.
Once a user has made the payment, no refund/cancellation would be permitted after payment. To claim a refund under the placement guarantee, please refer to the Guaranteed Job/Internship Program in the FAQ of the Placement Guarantee courses.
At the time of making the payment, you will have the option to choose your preferred batch start date.
Yes, you can. Just choose a suitable later date batch while making the payment. If a suitable date is not available, please write to us at so that we can help you with it.
The Placement Guarantee course consists of 11 video-based courses that you would complete one after another. The videos are pre-recorded so you can watch them any time of the day as convenient to you. The courses also consist of exercises, quizzes, tests, and projects that you will undergo as you learn.
You need to complete the Placement Guarantee course within 12 months from your chosen batch start date. If you spend ~1.5 hours every day, you should be able to complete the course comfortably in 10 months including all the projects, tests, vivas etc.
If you are not able to complete the Placement Guarantee course in 12 months due to any unforeseen reasons, you will be able to get an extension of 2 weeks on paying Rs. 4999 or an extension of 1 month on paying Rs. 7999.
For a Placement Guarantee Course student to be *eligible for the Job or Salary Guarantee, they should -
  1. Meet the 75% aggregate marks for the Placement Guarantee Course.
  2. Participate in all placement-related activities, placement preparation sessions & drives organized by Internshala.
  3. Make sincere and reasonable efforts to apply for various internships and jobs offered on Internshala (at least 10 relevant applications per week) and/or on other platforms and attend ALL interviews & selection processes arranged/offered by Internshala.
  4. Not indulge in any inappropriate disciplinary behavior or action during the course completion, recruitment process, and training/internship period (including plagiarism).
  1. Graduate from the Placement Guarantee Course within the originally stipulated duration without requiring any paid extension & make all the fee payments on a timely basis without any delay.
  2. Apply and accept only those internships with PPO and job opportunities that fulfill the salary guarantee.
  3. Be eligible and authorized to work in India and pass the background checks conducted by a company before starting the internship and ensure to meet any other condition as may be decided and communicated by Internshala from time to time.
  4. Do not decline an employment offer that you get without Internshala 's approval or leave a job/training/internship mid-way nor be terminated from it due to lack of performance or misconduct.
Internshala guarantees that every eligible Placement Guarantee course student will be able to secure a placement (full-time employment or internship with a pre-placement offer) within 6 months after graduating from the Placement Guarantee course program, failing which Internshala will refund the Placement Guarantee course fee paid by the student.
The Career Planning Session will take place along with the viva and your mentor for these sessions would be an expert with 5+ years of experience in the industry. This session will be an opportunity for you to discuss your career goals and get personalised feedback and guidance from the mentor.
Internshala guarantees that every eligible Placement Guarantee course student will be able to secure a placement (full-time employment or internship with a pre-placement offer) within 6 months after graduating from the Placement Guarantee course program, failing which Internshala will refund the Placement Guarantee course fee paid by the student.
Every eligible Placement Guarantee course student will be assured a minimum CTC of ₹ 5 LPA (work from office job PAN India). In the case of an internship with PPO, a minimum of ₹ 10,000 stipend with a total stipend guarantee of ₹ 40,000/- during the tenure of the internship/full-time employment; failing which Internshala will reimburse 50% of the course fee.

The refund amount will always be exclusive of MATLAB training license fee (₹ 18,000), GST, Payment Gateway charges, and interest charges of the bank in case of EMI payments.
Any full-time employment or internship with a pre-placement offer that a student gets, in a profile directly related to the Placement Guarantee course program or otherwise, through their own efforts, via Internshala, or any other medium, will be considered the job guarantee.
If you satisfy the eligibility criteria and still fail to get any full-time employment or internship with a pre-placement offer within the guarantee period, please write to upon completion of the placement Guarantee Period. We will let you know of the documents required to process your claim.However, please note that ₹17,770 (₹ 15,000 + 18% GST) will be deducted from the overall refund amount as the fee of EV PGC is inclusive of the amount of MathWorks (MATLAB) certification and you will be allowed to attend the MATLAB Certification classes however your access to the entire EV PGC will be revoked. Please ensure that you make the claim within thirty days from the date of completion of job guarantee period or it will not be considered for further process and Internshala will not be liable to reimburse any refund.
After graduating from the Placement Guarantee course, at regular intervals, Internshala will prepare you for placements and share relevant electric vehicle opportunities (full-time employment or internship with a pre-placement offer) that you can apply to as per your choice. As a Placement Guarantee course student, your application will be highlighted to the recruiters. Companies will shortlist and assess you as per their respective policies.
Placement preparation sessions are 1:1 sessions for Placement Guarantee course students so as to prepare them for interviews. These include sessions on cover letter writing, resume writing, LinkedIn profile building, and mock interviews.
These are mandatory sessions and in case the user isn't attending any session, they will be debarred from the guaranteed job program. The user will still be able to access the learning content.
You will receive two certificates after successfully completing this 12 months program. First, a certificate of completion for PGC course from Internshala. Second, a certificate of completion from MathWorks for MATLAB & Simulink if you attend 75% of the live classes.
The necessary requirements to be eligible for the Placement Guarantee course certificate are as follows -
  1. 50% marks in each final test to move on to the next course
  2. Submission of all the assignments and projects
  3. Attending the viva and career planning session
  4. Scoring a minimum of 50% as a combined total of both the viva sessions
  5. Completing the program within the original duration
  6. A final aggregate score of 75% marks
To be eligible for NSDC & Skill India certificate, you need to fill in the required additional information including your salutation, date of birth and father's name within 3 days of enrollment. This form will open when you log in to your account. You will also need to complete your final test by the original course end date and score greater than 50% marks in the final test of each course, submit all mandatory milestones (projects, certificates), and complete viva and overall final test before the end date. Please also note that the partnership came to effect on 8th May so only trainings purchased on or after 8th May '23 are eligible for the certificate.
No, you can appear for them for free. You don't need to pay any fee.
Yes, at relevant places in your learning journey, we will be providing you with mock tests for each of the industry certification exams.
The training will be delivered to you through pre-recorded/ self paced videos and live sessions. You can choose to watch the videos at any time of the day and for as much time as you want. However, live sessions will happen at the scheduled time only. You will be provided with the recordings of these live sessions if you miss them.
You will have 24x7 access to a doubt clearing forum where you can post your doubts and the course instructors would answer them with-in 24 hours. There will also be a live doubt clearing session with the instructor twice a month in which you can ask your doubts in real-time through chat or audio/video call.
The Placement Guarantee course consists of 11 courses and each course will have several quizzes and module tests that are meant for your practice. Each course will also have a final test which will be online. You need to score min. 50% marks in the final test of each course to proceed to the next course and hence, passing all the final tests is necessary for you to complete the Placement Guarantee course.
You will get one more attempt to take the test on payment of Rs. 1000. There will not be any further attempts available to you.
In addition to assignments that are meant for practice, there are 8 projects through which you will get to apply all the concepts that you have learned in the course.

Of the 8 total projects, all of them are mandatory. Projects are part of the learning process where concepts are explained using these projects. You are required to do it alongside the instructor in the course lesson study. The mandatory projects carry 50 or 100 marks each and it would add to your overall Placement Guarantee course score. You are required to submit all mandatory projects to graduate from the Placement Guarantee course.
Yes, every project and assignment that you submit will be scored and given feedback on.
During the Placement Guarantee course, there will be 2 online vivas (Midterm viva and final viva) that you are required to attend.

The mid term viva will take place in the middle of your learning journey i.e. after course 5 and the final viva will take place after you have completed all 11 courses in the Placement Guarantee course and submitted all the mandatory projects. In the viva, you will be asked questions based on concepts taught in the Placement Guarantee course and the projects you build.
The total marks in the Placement Guarantee course will be 3000 as per table below. You need to score a min. 75% marks (2250 out of 3000) to graduate from the Placement Guarantee course and get your certificate.
CourseFinal Test MarksProject MarksAssignment MarksViva
EV Business10030
EV Fundamental Certification10030
EV Advanced Certification100No project
Analog & Digital Electronics10050
MATLAB ® Certification Course10050Mid term-300
Battery Management System100100
Battery Pack Design & Modelling100100
Advanced Powertrain100100
Design of EV Using MATLAB100No project
MATLAB Based EV Architecture Modelling100100Assignment 1 - 30
Assignment 2 - 30
Assignment 3 - 30
Assignment 4 - 50
Assignment 5 - 50
Assignment 6 - 50
Assignment 7 - 100
Embedded Systems100No projectFinal viva-700
Total course marks1100 (A)560 (B)340 (C)1000 (D)
Aggregate marks (A+B+C+D)3000
Minimum marks to graduate2250

Urgent! Course fees will increase by ₹12,000 soon. Apply now!