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iHUB IIT R

Electric Vehicle Course in Mumbai

40,023 Ratings

This comprehensive and top-rated Electric Vehicle Design & Analysis Course in Navi Mumbai by iHUB, IIT Roorkee will make you an expert in concepts like EV powertrain architecture, battery optimization, cell balancing techniques, designing of R-C Model, etc. With the aid of industry-relevant projects and multiple case studies, you will become an expert in the EV domain, under the guidance of industry experts.

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EV Course in Navi Mumbai Key Highlights

50+ live sessions across 6 months
Live classes from IIT professors and EV experts
Offline Physical Workshops
1:1 mentor interaction and learning
2 days campus immersion at iHUB IIT Roorkee
Dedicated learning management team
Placement Assistance & Soft skills Sessions
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Electric Vehicle Design Course Overview

What will you learn in this electric vehicle design course in Mumbai?

Acquire skills in the following concepts after completing this electric vehicle design course in Navi Mumbai:

  • Basics of Electromobility & Steering Dynamics
  • EV PowerTrain Architecture
  • Wire Harnessing (EMI, EMC)
  • Understanding of SOC, Cell Balancing
  • Designing of R-C Model in MATLAB 
  • Speed Control Methods 
  • Power Converters and Inverters
  • Battery Modelling 
  • Design and simulation of AC and DC Charge Controller
  • Battery Deterioration Analysis
  • SoH Estimation
  • SoP and SoF Estimation

Following are some of the prerequisites for taking up this Electric Vehicle Course in Navi Mumbai

  • Bachelor’s degree or equivalent in a related field.
  • Basic understanding of mechanical and automotive principles.
  • Strong problem-solving skills.
  • Attention to detail.
  • Excellent communication and interpersonal abilities.
  • Knowledge of electrical and electronics is a plus.

We have listed a few reasons to consider while enrolling in this electric vehicle design training in Navi Mumbai:

  • According to Beyond Market Insights, the size of the Global Electric Vehicle Market was worth around USD 178.5 billion in 2021 and is predicted to grow to around USD 1108.8 billion by 2030 with a compound annual growth rate (CAGR) of roughly 22.5% between 2022 and 2030.
  • A lot of new players are venturing into the EV sector and the future of the career and scope of growth has become brighter.

There are several key benefits of electric vehicles compared to internal combustion engine vehicles. After completing this electric vehicle design course, one will be able to comprehend these benefits better. These advantages explain why electric vehicles are gaining popularity and why more and more people are adopting them. Here are some of the key benefits of electric vehicles.

Type of Power Converter Description Function in Electric Vehicles
Battery Charger Converts AC power from charging stations or home outlets into DC power to charge the vehicle’s battery Enables the recharging of the EV’s battery pack from external power sources
Inverter (Motor Controller) Converts DC power from the battery into AC power to drive the electric motor(s) Controls the speed and direction of the electric motor, providing propulsion to the vehicle
DC-DC Converter Adjusts the voltage level within the vehicle’s electrical system, typically stepping down high-voltage DC power from the battery to lower-voltage DC power for vehicle accessories and auxiliary systems Ensures that various vehicle systems receive the appropriate voltage levels for operation
Onboard Charger (OBC) Converts AC power from an external source, such as a charging station, into DC power at a voltage suitable for the vehicle’s battery Facilitates fast and efficient charging from external power sources
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Career Transition

60% Average Salary Hike

50 LPA Highest Salary

11000+ Career Transitions

300+ Hiring Partners

Career Transition Handbook

*Past record is no guarantee of future job prospects

Meet the Mentors

Top Job Roles for Electric Vehicle Professionals

Battery Manufacturing Engineer

They work on various chemical compositions to improve battery output, efficiency and safety.

Automotive Control Systems Engineer

They develop algorithms for battery management systems and IoT modules that deliver real-time EV operational data.

EV Design Engineer

They work on motors and batteries to ensure they are within optimal thermal and operational ranges.

Electronics & Communications Engineer

They ensure the driver circuits, wiring systems and data transfer mechanisms are always fine-tuned.

Powertrain Systems Engineer

They focus on performance and improving the electric drive system.

EV Urban Planner

Creates & plan the necessary infrastructure for charging and collaborate with governments and other stakeholders.

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15+ Skills Covered

Vehicle Fundamentals

Battery Technology

Battery Sizing

Battery Management System (BMS) Development

MATLAB Simulink

Mechanical sub-systems

Charging Infrastructure

Low-voltage Systems

Testing of EVs

MATLAB Programming

MATLAB Plotting Functions

Debugging Tools

MATLAB ODE Function

Simulink Library Browser

MATLAB for EV Simulation

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Top EV Tools to Master

Matlab MS Visio simulink

Electric Vehicle Design Course Fees in Mumbai

Online Classroom Preferred

  • Everything in Self-Paced Learning, plus
  • 50+ live sessions over 6 months
  • Job Assistance
Weekend (Sat-Sun)

15 Dec 2024 07:00 PM - 10:00 PM
₹60,021 10% OFF Expires in

EMI Starts at

₹5,899

We partnered with financing companies to provide competitive finance options at 0% interest rate with no hidden costs

Financing Partners

EMI Partner

The credit facility is provided by a third-party credit facility provider in Navi Mumbai and any arrangement with such third party is outside Intellipaat’s purview.

Corporate Training

  • Customized Learning
  • Enterprise Grade Learning Management System (LMS)
  • 24x7 Support
  • Enterprise Grade Reporting

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Electric Vehicle Design Course Curriculum

Live Course Industry Expert Academic Faculty

MATLAB Coding and Simulink Fundamentals

  • Get familiarised with MATLAB Coding and Simulink environment.
  • Introduction to MATLAB Software and Coding.
  • Model, Simulate, and analyse dynamic systems using MATLAB Simulink.
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  • Plotting 2D & 3D graphs using MATLAB, work on Functions, generate scripts, and create annotations in MATLAB.
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  • Create matrices, perform mathematical operations, trigonometric functions, algebraic and differential equations. Learn Numerical Integration.
  • Learn the Interpolation method and understand pseudo functions in MATLAB.
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  • Know Trends of the Electric Vehicles: Market & Growth, Basic Block Diagram of an Electric Vehicle, introduction to main components of an EV, and the Working Principles of each in detail. Learn the Importance of Chargers in EV.
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  • Learn types of Conventional Vehicle Layout and components of ICE Powertrain.
  • Know about engine subsystems, power losses during power transmission, and different types of vehicles based on the source of energy system.
  • Learn the different ways of using power in the Vehicle: Degree of Hybridization, architecture, and position of electric motors.
  • Learn about EV architecture Layouts like hybrid vehicle layout & Classification of HEVs.
  • Learn about Electric Power Drive Systems, Battery Management System (BMS), Auxiliary Subsystem, Electric Propulsion Subsystem (Wheel and Tire).
  • Learning components of the Vehicle’s Powertrain: Electronic Controller, Power Converter, Electric Motor, Manual Transmission.
  • Understand and compare between EV & ICE Vehicle.
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  • Understand the types of subsystems in the Vehicle: Steering System & its types, Suspension System (Wheel and Tire alignment), Braking System, Chassis System, Transmission System, and Thermal management.
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  • Learn about Voltage Control Methods in power systems and power management, understand the different types of EV batteries, and learn about connected vehicle technologies, such as V2V, V2G, etc.
  • Delve into how Electric Vehicle Communication happens, along with enhanced vehicle control and In-Car Communication Protocols. Understand about EMC & EMI Mitigation.
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  • Battery specifications in various EV segments and details about charging methods and power ratings.
  • Learn Manual and Autonomous ways of Battery Swapping. Advantages And Challenges of Battery Swapping.
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  • Gain knowledge of topics such as Mathematical modelling, Simulation Time, Solver Configuration, and Subsystem creation.
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  • Learning & Implementing Simulink blocks such as Unit Step, Ramp, Constant, Display, Trigonometric Function, Chirp Signal, and Function Block, learn the usage of Scope Block.
  • Modelling of Basic Mathematical and Algebraic equations.
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  • Introduction to Linear & Non-linear systems, modeling a Spring Mass Damper System & its Responses, and understanding Characteristics of System Response.
  • Know about Simple Harmonic Oscillator (SHO): A special case of SMD system (Undamped response) and create a model of SHO using Simulink.
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  • Introduction to Time domain, Frequency domain, Transfer function, and how State Space Representation relates to it. Learn the Basics of Laplace transform.
  • Obtaining the Transfer function of the SMD System & Modeling.
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  • Learn Motor ratings and requirements of motors in EV/HEV. Get to know about the Types of Motors used in Vehicles and understand characteristics like Torque and speed control. Also, delve into Motor drives and converters used in EV.
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  • Learn to model a Battery and the advantages/disadvantages involved in the process.
  • Understand the Characteristics of the battery cell and the importance of Battery sizing.
  • Understand the objective of BMS, the importance of Charging and discharging control in Batteries and Cell.
  • Get familiarised with the architecture of BMS. Learn the Battery Safety methods and standards.
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  • Learn the importance of EV supply equipment and EV battery chargers’ components. Know the different types of Chargers, Plugs, and Charging standards.
  • Know the Classification of chargers/charging types based on charging levels (region-wise), modes, and plug types.
  • Get to know the Standards related to connectors, communication protocols, supply equipment, and Communication protocol/procedures for types of EV chargers.
  • Delve into the Converters used in EV chargers.
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  • Get to know charging station components and charging speed. Also, learn the Topologies and strategies used in fast chargers.
  • Learn Renewable integration and Solid-state transformer.
  • Understand types of converters such as DC/DC and AC/DC.
  • Learn to Design and simulate AC and DC charge controllers.
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  • Understand autonomous vehicle kinematics, constraints, and the control of reference position and pose.
  • Learn about the control of autonomous vehicles using kinematics and Lateral Vehicle Dynamics.
  • Delve into the different types of Driving Automation & controls such as ADAS: Features & Components etc.
  • Work on Layers of Motion Planning for Autonomous Vehicles, along with path-planning methods.
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  • Learn about the different methods of EV Testing, such as Penetration Testing, Thermal Testing & Non-Destructive Testing.
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  • Understand the basics of Ohm’s Law and DC Vs AC Current, Series Circuit vs Parallel Circuit, Resistor, Capacitor & Inductor.
  • Get to know voltage divider, magnetic field, right-hand rule, conductors, insulation, and semiconductors.
  • Learn about Diodes and different types of transistors such as BJT, MOSFET & IGBTs. Also, delve into various Laws of Electromagnetism and Energy Loss. Understand the Lenz’s Law.
  • Learn about the basic terminologies of Motor & Inductance.
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  • Delve into Newton’s 3 Laws of Motion, along with Kinematic Equations for Linear Motion & Angular Motion.
  • Understand Basic concepts such as Force, Energy, Work, Power, Pressure, Pascal’s Law, Friction Force and Aerodynamic Drag.
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  • Learn about Electromagnetic energy, Moment of Force, and FFT of Square Waveforms, along with basic Integration of Functions of Time.
  • Get introduced to Magnetic Dipole and rotating Magnetic Fields. Understand what are coils, coil sides & Turns in Coil, Full Pitch and Short Pitch.
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  • Get introduced to Concentrated and Distributed Winding, PID Controller Operation, and Reference Tracking. Learn about the Laws of Electromagnetic Induction along with Lenz’s Law.
  • Know about the different types of Electric Motors, including the basics of Induction Machine Operation. Learn about Steady-State Equivalent Circuits and the types of Inductances.
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  • Learn about Slip-in Induction Machine, Synchronous Machines, and Electrical Machine Losses.
  • Get started with Power Electronic Devices, understand Voltage and Current in Electric Machines and DC Machine Speed Control.
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Electric Vehicle Projects

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Electric Vehicle Certification in Mumbai

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About iHUB Divyasampark, IIT Roorkee

iHUB DivyaSampark aims to enable an innovative ecosystem in new age technologies like AI, ML, drones, robots, and data analytics (often called CPS technologies) and become the source for the next generation of digital technologies, products, and services by promoting, and enhancing core competencies, capacity building, and manpower training to provide solutions for national strategic sectors and becoming a key contributor to Digital India. iHUB DivyaSampark a section 8 company (non-government organization) is a Technology Innovation Hub, at IIT Roorkee and was set up under the National Mission on Interdisciplinary Cyber-Physical Systems (NM-ICPS), initiated by the Department of Science and Technology (DST), to build innovative solutions, train manpower, and encourage entrepreneurship for the world’s current challenges like affordable health care, Industry 4.0, and sustainable smart cities.

On successful completion of this electric vehicle design training in Navi Mumbai, along with the given projects and assignments, and scoring a minimum of 60 percent in the certification examination, you will be rewarded with the advanced certification in electric vehicle design by iHUB, IIT Roorkee and Intellipaat.

In the past decade, the electric vehicle market has experienced enormous growth, and this is expected to continue. Hence, the popularity of electric vehicle design skills has been increasing and a majority of companies consider electric vehicle design certification to be a must-have for their employees.

This electric vehicle design certification in Navi Mumbai will equip you with all the electric vehicle design methodologies and principles that will help you develop a rewarding career in this domain.

Yes. Intellipaat’s electric vehicle design training certification is recognized by around 400+ companies globally. Our alumni are placed in top companies and many of them have confidently started their careers in this domain.

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Our Alumni are working in Top EV Companies

Electric Vehicle Design Course FAQs

What is electric vehicle design?

Electric vehicle design involves creating electric-powered vehicles that do not rely on combustion engines fueled by fossil fuels. It encompasses various aspects such as range estimation, battery optimization, and design analysis. Our electric vehicle design certification courses in Navi Mumbai are comprehensive, covering all these elements to help you become a certified EV designer.

Research indicates that the EV industry is generating numerous job opportunities as the world approaches an EV transition. The automotive sector is currently shifting from traditional cars to electric ones, with projections suggesting a significant transformation by 2025. By then, electric vehicles are forecasted to capture 23% of the market share, up from 3% today. To be a part of this future change, consider enrolling in our electric vehicle design course in Navi Mumbai.

The average base pay for electric vehicle design professionals stands at INR 5,00,000 p.a., for entry-level positions. This can go as high as INR 25,00,000 p.a.

Some of the major companies hiring electric vehicle design engineers are Maruti Suzuki, Ather, Piaggio and Simulation Lab, etc.

The job opportunity for designing electric vehicles presents a significant challenge without practical experience. If you are new to the field of electric vehicle design, acquiring some basic-level experience or certification to demonstrate your ability is essential. Therefore, we recommend obtaining electric vehicle design certification in Navi Mumbai to kick-start your career in this field.

No, it is absolutely possible to start a career in Electric Vehicle Design without a degree.

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Electric Vehicle Course in Mumbai

Mumbai, the “City of Dreams,” is India’s beating heart of finance and entertainment, nestled along the Arabian Sea. This island metropolis, connected to the mainland by bridges and causeways, pulsates with diverse cultures, vibrant nightlife, and the iconic Bollywood film industry.

The tropical climate offers distinct seasons: a monsoon season with heavy rain, mild winters, and hot, humid summers.

Mumbai’s unique charm lies in the modern skyscrapers, showcasing a captivating fusion of tradition and progress.

The major attractions of the city include