Pay After Placement - Electric Vehicle

Curriculum

Core Subjects

Module 1 – MATLAB Fundamentals

Module 2 – MATLAB Programming and Plotting

Module 3 – Solving Mathematical Problems on MATLAB

Module 4 – Introduction to Electric Vehicle

Module 5 – Vehicle Fundamentals

Module 6 – Vehicle Subsystem

Module 7 – Low Voltage System of an EV

Module 8 – Basics of EV Charging

Module 9 – Introduction to Simulink

Module 10 – Primitive Simulink Block

Module 11 – Modeling Differential Equation

Module 12 – Modeling Transfer Functions

Module 13 – Motors And Speed Control Methods

Module 14 – Battery Fundamental And BMS

Module 15 – Charging Infrastructure

Module 16 – Charging Stations and Scripting

Module 17 – Autonomous Planning and Control of EVs

Module 18 – Testing For EV Vehicles

Module 19 – Basics Of Electronics

Module 20 – Basics Of Mechanics

Module 21 – Fundamentals Of Electromagnetism And Signal Processing

Module 22 – Foundations Of Electromagnetic Principles

Module 23 – Comprehensive Electrical Engineering Fundamentals

Fundamentals and Programming Basics
MATLAB and Simulink
Programming on Matlab

MATLAB Programming & Plotting Functions
Debugging
2D & 3D plots
Formatting
Function Access
Scripts Generation
Annotations

Elementary Math
Trigonometry
Linear Algebra
Interpolation
Numerical Integration
Matrix and pseudo functions
Polynomial and Linear Algebra (polyfit, polyval, eval etc.)
MATLAB Demo
Solving differential equations
Introduction to ODE function in MATLAB
Solving single order differential equation
Solving higher order differential equation

Electric Vehicle Markets and Growth
Basic Block Diagram of an EV and Working Principles
Introduction of Major Components
Charger
MATLAB Software Introduction

Types of Conventional vehicle layouts
Components of ICE Powertrain
Engine, Engine Subsystems, Clutch, Transmission, Propeller Shaft, Differential, Power losses during power transmission
Different types of Vehicles (Source of Energy)
Hybrid vehicle
Classification of HEV
Degree of Hybridization : Mild, Medium, Full , Architecture : Series, Parallel, Series-parallel, Position of motors : P0, P1, P2, P3/P4
EV Architecture layouts
Single motor, Double motor, Motor in Wheel layout, Advantages and disadvantages of different layouts
Electric Power Drive Systems
Energy Source Subsystem (BMS), Energy Source, Energy Refueling Units, Auxiliary Subsystem
Electric Propulsion Subsystem
Electronic Controller, Power Converter, Electric Motor, Manual Transmission
Comparison between EV & ICE Vehicle
Electric Vehicle Architecture Layout

Steering System in an EV
Steering Gearbox
Hydraulic power assisted Steering system
Steer by wire Steering system and its advantages
Suspension System in an EV
Braking System in EV
Chassis System of an EV
Transmission System in an EV
Thermal management of an EV
Wheels and Tires in EV
Wheels and Tires alignment

Voltage Control & Power Management
Types of Batteries
Connected Vehicle Technologies
Comprehensive Vehicle Communication
Enhanced Vehicle Control
In-Car Communication Protocols
EMC & EMI Mitigation
Electrostatic Charge & Discharge

Battery Specifications of Different EV Segments
Charging Methods And Power Ratings
Battery Swapping (Manual & Autonomous)
Advantages And Challenges of Battery Swapping

What is Simulink?
Why do we use it?
What is mathematical modeling?
Simulation time
Solver configuration
Simulink library browser
What is a System?
Subsystem
Annotations
Masking a system

Unit Step, Ramp, Constant, Display, trigonometric, chirp signal blocks etc.
scope block needs to be discussed in detail
Function block in Simulink
Basic Mathematical modeling
Modeling Algebraic equations

Introduction to Linear and Non-linear systems
Basics of Spring Mass Damper System
Various responses of SMD system
Underdamped, Critically damped & Overdamped response
Characteristics of System response
Steady State Error, Rise Time, Settling Time, Oveshoot
Modeling A simple SMD system using MATLAB
Simple Harmonic Oscillator (SHO) : A special case of SMD system (Undamped response)
Modeling of SHO System (Undamped system response)

Introduction to Time domain & Frequency domain
What is the Transfer function?
Introduction to State Space Representation
Example of State space representation
Basics of Laplace transform
Obtaining Transfer function of SMD System
Modeling SMD system using Transfer function

Motor ratings (JKK)
EV/HEV motor requirement (JKK)
Types of Motors:
Torque and speed control:
Torque and speed control:
Motor drives and converters used in EVs (JKK)

Battery modeling
Advantages and Disadvantages (MKP)
Characteristics of battery cell (MKP)
Battery sizing(MKP)
Introduction and Objective of BMS (MKP)
Charging and discharging control (MKP)
Understanding of SOC, Cell balancing (MKP)
BMS topologies
SoC estimation
Protection and battery management system logic Development.

EV supply equipment (EVSE), EV battery chargers components (AKY)
Charging infrastructure challenges
Classification based on charging levels (region- wise), modes, plug types (AKY)
Standards related to: connectors, communication protocols, supply equipment (AKY)
Converters used in EV chargers (AKY)
Communication protocol/procedures for BHARAT DC001 (AKY)
Communication protocol/procedures for CCS2 charger (AKY)

Charging station components (SKP)
Topologies and strategies used in fast chargers (SKP)
Renewable integration
Solid state transformer (SKP)
DC/DC Converter
Modeling and Simulation (SKP)
AC/DC Converter
Modeling and Simulation (SKP)
Design and simulation of AC and DC charge controller (SKP)

Autonomous Vehicle Kinematics and Constraints
Control to reference position and pose.
Control of autonomous vehicle using kinematics
Lateral Vehicle Dynamics
Steering Control for Automated Lane Keeping
Cruise Control in Autonomous Vehicles
Perception in autonomous vehicles
Layers of Motion Planning for autonomous vehicles
Motion Planning Primitives and Planning Scenarios
Path planning methods
Collision avoidance
Co-operative control-based planning

Penetration Testing
Thermal Testing
Non- Destructive Testing.

Voltage, Current and Ohm’s Law
DC Vs AC Current
Series Circuit vs Parallel Circuit
Resistor
Capacitor
Inductor
Voltage Divider
Magnetic Field
Right Hand Rule
Conductor and Insulator
Semiconductors
P-N Junction
Diodes
Bipolar Junction Transistor
MOSFET
IGBTs
Various Laws of Electromagnetism
Energy Loss
Lenz’s Law
Terminology for Motor
Inductance

Newton’s 3 Laws of Motion
Speed, Velocity and Acceleration
Kinematic Equations for Linear Motion
Kinematic Equations for Angular Motion
Force
Energy
Work & Power
Pressure
Pascal’s Law
Friction Force
Aerodynamic Drag

Introduction
Moment of Force
FFT of Square Waveforms
Basic Integration of Functions of Time
Magnetic Dipoles
Rotating Magnetic Field
Coil
Coil Sides
Turn
Full Pitch and Short Pitch

Introduction
Concentrated and Distributed Winding
PID Controller Operation and Reference Tracking
Laws of Electromagnetic Induction
Lenz’s Law
Types of Electrical Motors
Basics of Induction Machine Operation
Steady-State Equivalent Circuits
Self-Inductance
Leakage Inductance
Mutual Inductance

Slip-in Induction Machine
Synchronous Machines
Electrical Machine Losses
Power Electronic Devices
Voltage and Current in Electrical Machines
DC Machine Speed Control

Module 1 – MATLAB Fundamentals

Fundamentals and Programming Basics
MATLAB and Simulink
Programming on Matlab

Module 2 – MATLAB Programming and Plotting

MATLAB Programming & Plotting Functions
Debugging
2D & 3D plots
Formatting
Function Access
Scripts Generation
Annotations

Module 3 – Solving Mathematical Problems on MATLAB

Elementary Math
Trigonometry
Linear Algebra
Interpolation
Numerical Integration
Matrix and pseudo functions
Polynomial and Linear Algebra (polyfit, polyval, eval etc.)
MATLAB Demo
Solving differential equations
Introduction to ODE function in MATLAB
Solving single order differential equation
Solving higher order differential equation

Module 4 – Introduction to Electric Vehicle

Electric Vehicle Markets and Growth
Basic Block Diagram of an EV and Working Principles
Introduction of Major Components
Charger
MATLAB Software Introduction

Module 5 – Vehicle Fundamentals

Types of Conventional vehicle layouts
Components of ICE Powertrain
Engine, Engine Subsystems, Clutch, Transmission, Propeller Shaft, Differential, Power losses during power transmission
Different types of Vehicles (Source of Energy)
Hybrid vehicle
Classification of HEV
Degree of Hybridization : Mild, Medium, Full , Architecture : Series, Parallel, Series-parallel, Position of motors : P0, P1, P2, P3/P4
EV Architecture layouts
Single motor, Double motor, Motor in Wheel layout, Advantages and disadvantages of different layouts
Electric Power Drive Systems
Energy Source Subsystem (BMS), Energy Source, Energy Refueling Units, Auxiliary Subsystem
Electric Propulsion Subsystem
Electronic Controller, Power Converter, Electric Motor, Manual Transmission
Comparison between EV & ICE Vehicle
Electric Vehicle Architecture Layout

Module 6 – Vehicle Subsystem

Steering System in an EV
Steering Gearbox
Hydraulic power assisted Steering system
Steer by wire Steering system and its advantages
Suspension System in an EV
Braking System in EV
Chassis System of an EV
Transmission System in an EV
Thermal management of an EV
Wheels and Tires in EV
Wheels and Tires alignment

Module 7 – Low Voltage System of an EV

Voltage Control & Power Management
Types of Batteries
Connected Vehicle Technologies
Comprehensive Vehicle Communication
Enhanced Vehicle Control
In-Car Communication Protocols
EMC & EMI Mitigation
Electrostatic Charge & Discharge

Module 8 – Basics of EV Charging

Battery Specifications of Different EV Segments
Charging Methods And Power Ratings
Battery Swapping (Manual & Autonomous)
Advantages And Challenges of Battery Swapping

Module 9 – Introduction to Simulink

What is Simulink?
Why do we use it?
What is mathematical modeling?
Simulation time
Solver configuration
Simulink library browser
What is a System?
Subsystem
Annotations
Masking a system

Module 10 – Primitive Simulink Block

Unit Step, Ramp, Constant, Display, trigonometric, chirp signal blocks etc.
scope block needs to be discussed in detail
Function block in Simulink
Basic Mathematical modeling
Modeling Algebraic equations

Module 11 – Modeling Differential Equation

Introduction to Linear and Non-linear systems
Basics of Spring Mass Damper System
Various responses of SMD system
Underdamped, Critically damped & Overdamped response
Characteristics of System response
Steady State Error, Rise Time, Settling Time, Oveshoot
Modeling A simple SMD system using MATLAB
Simple Harmonic Oscillator (SHO) : A special case of SMD system (Undamped response)
Modeling of SHO System (Undamped system response)

Module 12 – Modeling Transfer Functions

Introduction to Time domain & Frequency domain
What is the Transfer function?
Introduction to State Space Representation
Example of State space representation
Basics of Laplace transform
Obtaining Transfer function of SMD System
Modeling SMD system using Transfer function

Module 13 – Motors And Speed Control Methods

Motor ratings (JKK)
EV/HEV motor requirement (JKK)
Types of Motors:
Torque and speed control:
Torque and speed control:
Motor drives and converters used in EVs (JKK)

Module 14 – Battery Fundamental And BMS

Battery modeling
Advantages and Disadvantages (MKP)
Characteristics of battery cell (MKP)
Battery sizing(MKP)
Introduction and Objective of BMS (MKP)
Charging and discharging control (MKP)
Understanding of SOC, Cell balancing (MKP)
BMS topologies
SoC estimation
Protection and battery management system logic Development.

Module 15 – Charging Infrastructure

EV supply equipment (EVSE), EV battery chargers components (AKY)
Charging infrastructure challenges
Classification based on charging levels (region- wise), modes, plug types (AKY)
Standards related to: connectors, communication protocols, supply equipment (AKY)
Converters used in EV chargers (AKY)
Communication protocol/procedures for BHARAT DC001 (AKY)
Communication protocol/procedures for CCS2 charger (AKY)

Module 16 – Charging Stations and Scripting

Charging station components (SKP)
Topologies and strategies used in fast chargers (SKP)
Renewable integration
Solid state transformer (SKP)
DC/DC Converter
Modeling and Simulation (SKP)
AC/DC Converter
Modeling and Simulation (SKP)
Design and simulation of AC and DC charge controller (SKP)

Module 17 – Autonomous Planning and Control of EVs

Autonomous Vehicle Kinematics and Constraints
Control to reference position and pose.
Control of autonomous vehicle using kinematics
Lateral Vehicle Dynamics
Steering Control for Automated Lane Keeping
Cruise Control in Autonomous Vehicles
Perception in autonomous vehicles
Layers of Motion Planning for autonomous vehicles
Motion Planning Primitives and Planning Scenarios
Path planning methods
Collision avoidance
Co-operative control-based planning

Module 18 – Testing For EV Vehicles

Penetration Testing
Thermal Testing
Non- Destructive Testing.

Module 19 – Basics Of Electronics

Voltage, Current and Ohm’s Law
DC Vs AC Current
Series Circuit vs Parallel Circuit
Resistor
Capacitor
Inductor
Voltage Divider
Magnetic Field
Right Hand Rule
Conductor and Insulator
Semiconductors
P-N Junction
Diodes
Bipolar Junction Transistor
MOSFET
IGBTs
Various Laws of Electromagnetism
Energy Loss
Lenz’s Law
Terminology for Motor
Inductance

Module 20 – Basics Of Mechanics

Newton’s 3 Laws of Motion
Speed, Velocity and Acceleration
Kinematic Equations for Linear Motion
Kinematic Equations for Angular Motion
Force
Energy
Work & Power
Pressure
Pascal’s Law
Friction Force
Aerodynamic Drag

Module 21 – Fundamentals Of Electromagnetism And Signal Processing

Introduction
Moment of Force
FFT of Square Waveforms
Basic Integration of Functions of Time
Magnetic Dipoles
Rotating Magnetic Field
Coil
Coil Sides
Turn
Full Pitch and Short Pitch

Module 22 – Foundations Of Electromagnetic Principles

Introduction
Concentrated and Distributed Winding
PID Controller Operation and Reference Tracking
Laws of Electromagnetic Induction
Lenz’s Law
Types of Electrical Motors
Basics of Induction Machine Operation
Steady-State Equivalent Circuits
Self-Inductance
Leakage Inductance
Mutual Inductance

Module 23 – Comprehensive Electrical Engineering Fundamentals

Slip-in Induction Machine
Synchronous Machines
Electrical Machine Losses
Power Electronic Devices
Voltage and Current in Electrical Machines
DC Machine Speed Control

FAQs

Do I need to be an Indian citizen to be a student?

Yes. This course is only for Indian citizens, and you should have a work permit to work in India.You may search for other courses provided by Intellipaat for foreign students.

What certificate will I be given upon course completion?

You will be awarded an industry-recognized certificate by Intellipaat.

Who and how should I contact them if I face issues?

You will receive details about your instructors, teaching assistants, and support staff at the time of enrollment. You can get in touch with them as needed. In addition, you may raise a ticket on the portal and get assistance through the support team, which is available 24/7.

After getting enrolled, when do I have to pay the tuition fees?

As soon as you pay the registration fees, you will sign an Income Sharing Agreement that states that once you land a job paying more than 3.5 LPA, you will be responsible for paying the tuition. When you receive your first month's pay, that is when you become responsible for paying the tuition.

Where do Intellipaat’s alumni work?

Intellipaat’s alumni work at more than 1,000+ top companies, including Amazon, Cisco, Ericsson, Gartner, Sony, TCS, etc., and many top startups.

Do I have to take the first job I am offered?

We will recommend you for job interviews in accordance with your performance, interests, and strengths. You can choose to attend as many different interviews as you'd like prior to accepting a job, but once you do, you will automatically exit the placement process because we provide equal opportunities for all of our placements.

I am already earning more than 3.5 LPA. How would this program work for me?

If you already have an offer from any company, please share this information with the course advisor team, and we will update you on what we can do to help you in your career growth.

What is the ISA?

The ISA states that you only agree to reimburse the course fee after completing the course and finding employment. With the help of our placement assistance program, we'll make sure you land a job that pays at least ₹3.5 LPA. The ISA expires, and you are not required to pay tuition to us if you do not find employment with a ₹3.5 LPA within a year of finishing the course.

How much of my salary should I pay, and for how long?

You have to pay ₹1.5 lacs if your salary is between 3.5 LPA and 5 LPA. If your salary is between ₹5 LPA and ₹7 LPA, then the total payout would be ₹2 lacs. If your salary is more than ₹7 LPA and above, then the total payout would be ₹2.5 lacs. All the amounts include taxes. We will help you connect with our NBFC partners, and they can provide you with EMI options.

If I get placed without the help of Intellipaat, am I still obliged to pay?

If you get a job within 2 weeks of the start of your course, you don’t have to pay. But after that, you will be obliged to pay even if you get placed without the help of Intellipaat, as we believe that our quality training can quickly help you crack any job interview even before the completion of the program.

When does my ISA repayment start, and what if I get fired or leave a job in between?

Your ISA repayment will start once you get the first month of your salary. However, in between, if you lose your job for any reason, Intellipaat’s career services team is always there to help you find another job. But you will be liable to pay the complete amount to Intellipaat.

Is the income mentioned in the ISA calculated based on cash-in-hand or CTC?

It will be calculated based on your CTC.

What happens if I don’t get an offer for ₹3.5 LPA?

Your repayment will only start once you get a job that offers a salary of at least ₹3.5 LPA within one year of completing the course.

What should the candidate know before enrolling at Intellipaat?

No prior knowledge is necessary to enroll in this program. The course will begin with the fundamentals.

What computer specifications do I need?

You need to have a computer with minimum specifications of 4 GB of RAM ( 8 GB is preferred), a 120 GB disk, a webcam with microphone and speaker, and decent Internet connectivity.

I applied for a course but have not heard back yet. When should I expect a response?

Within a week, you will receive an email from our end. Please check your spam folder if you haven't yet received it, or call us at the numbers listed on the website.

If I am not able to make it to the placement pool, and if I get a job without the help of Intellipaat, do I still have to pay the tuition fees?

Yes. Even if you are unable to enter the placement pool, we are confident that our excellent instruction will enable you to succeed on the job on your own. The tuition fees will include your registration fees, and you are responsible for paying the balance in accordance with the ISA.

What our Learners has to say?

Ajit Kumar Biswal

Asst. Manager at Mag PVT. LTD.

Transitioned to the EV industry. I started working as Assistant Manager Quality Control at @Sellowrap epp India Pvt. Ltd. The course has truly helped me with Electric Vehicle concepts.

Arnab Ghosh

Assistant Professor at DEC

I had 3.5 years of experience in EVs but was looking to upskill. Thanks to Intellipaat’s well-built program, I was able to achieve my goals. Now I am working as an assistant professor of engineering.

Hirva Patel

Fresher

After studying electronics as engineering, I jumped into EVs with Intellipaat. Learned a lot through projects. Now, I’m ready to grow my career in EV segment.

Mohan Sai Kumar

Transitioned into the EV sector and enhanced my skills with Intellipaat. From basic motor projects to advanced EV tests, I've hit big milestones. Now eager to make a mark in the EV industry.

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Become an Electric Vehicle Specialist in 9 Months!

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Motor Simulation

Battery Pack Simulation

Battery Management System Design

Charging Infrastructure Design

EV Testing

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