Guaranteed Placement Reviews

Arman Ansari

Shrikant Dabare

Vasheel Kumar

Aniket Yadav

Tigris Mobility Pvt. Ltd.

Have doubts about Electric Vehicle Placement Guarantee Course? Reach out to our counsellors by filling this form.

Top companies hiring in EV Industry

Ampere
Ather
Atul
Bajaj Auto
Electrotherm
Hero Electric
Hyundai
JBM Group
Mahindra Electric
Morris Garages
Okinawa
Olectra
Piaggio
Tata Motors
TVS
VE
Ampere
Ather
Atul
Bajaj Auto
Electrotherm
Hero Electric
Hyundai
JBM Group
Mahindra Electric
Morris Garages
Okinawa
Olectra
Piaggio
Tata Motors
TVS
VE
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?

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

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Industry-level projects

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Soft skills training

Cover letter & resume preparation

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Placement report

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Vasheel

Arman

Aniket

Top career options in EV Industry

Electric Vehicle Design Engineer
Work on the feasibility of the mechanical process of manufacturing machines and devices.
Battery Systems Design Engineer
Push forward the design and development of advanced batteries.
PCB/Hardware Design Engineer
Design and develop the layout for printed circuit boards (PCB) used in electronics and communications systems.
Embedded Systems Engineer
Design, develop, produce, test, and maintain the embedded systems.

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 Certifications
Upon completion, you'll earn a prestigious certificate, proudly showcasing your expertise in cutting-edge e-mobility technologies.
https://training-comp-uploads.internshala.com/DIYGURU Certificate

Industry Oriented EV Course Curriculum

600+ hours of learning
14 courses
11 Projects

To learn more about the course download the brochure

1 . EV Fundamentals

7 Modules 2 Demo videos inside
Starting with EV Technology
EV Transition from Existing Industry Technology
  • Introducing Battery in EVs and Components
  • Battery Chemistry and Properties
  • Battery Management Systems and Considerations
  • Battery Construction, Recycling and Safety Aspects
  • Introduction to Power Electronics
  • Power Electronics Operations, Losses and Control
  • Power Electronics Types
  • Power Electronics Control Systems
  • Introduction to Electric Motors
  • Classification of Motor Systems
  • Electric Propulsion Systems, Motor Controllers, and Drivetrains
  • Motor Control Systems
  • Introduction to Vehicle Electrification
  • VCU & High Power Systems
  • Electrical Systems and Controls
  • Advanced Electrification Systems
  • Introduction to Charging Infrastructure
  • Charging Infrastructure Systems and Classification
  • Smart Charging
  • Charging Challenges and Possibilities
  • Understanding EV Model for Calculations
  • Calculate EV Parameters
  • Determine Numerical Formulas and Perform Calculations
  • Ather 2W Entire Calculations
  • Introduction to Hybrid Vehicles and Modes of Operation
  • Hybrid System Components and Energy Management: BEV vs HEV
  • Hybrid Drivetrain Solutions, Technical Challenges, and Future Growth
  • Power Flow in Hybrid Systems: Case Studies of Hyundai Tucson (HEV) and Hyundai IONIQ 5 (BEV)
  • Heavy Electric Vehicles and Their Powertrains
  • Energy Storage Solutions, Propulsion Modes, and Control Systems for Heavy EVs
  • Safety Systems, Maintenance, and Fleet Management Challenges and Growth
  • Heavy EV Market in India: Existing Vehicles, Challenges, Growth Potential, and Leading Manufacturers
  • Vehicle Safety, Regulations, and High-Voltage Isolation Techniques
  • Role of Sensors, Software, and Crash Testing Procedures in EV Safety
  • Fire Safety Measures, Global Standards, and Government Policies for EV Safety
  • EV Adoption in India: Regulatory Timeline, Impact of Accidents, and Legal Liability
  • EV Supply Chain Management and Logistics
  • Components, Challenges, and Logistics Considerations in the EV Supply Chain
  • Global Sourcing, Digitalization, and Sustainability in EV Supply Chain
  • Risk Management and India's 2030 Plan for Balancing Imports and In-House Development
  • Introduction to EV Manufacturing and Assembly Processes
  • Key Components and Stages in EV Assembly
  • Technological Innovations in EV Manufacturing
  • Quality Control and Efficiency in EV Production
  • Cell_Mfg & Quality Assurance
  • Health_Estimation_Algorithm
  • Thermal Management in Batteries
  • Electric Motors Advanced Module
  • Electric Vehicle Charging Considerations
Project: Complete EV model battery calculations for a configured parameter.

The project outcome will be a comprehensive model detailing complete battery calculations for a configured parameter, integrating knowledge from advanced EV certification modules.

  • EV Business market 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
  • Battery Technology in EV
  • EV Battery Market Analysis
Project: Case study on any of the following topics: a: Vehicle to grid technology flow b: Regenerative braking technology c: Solid State and Graphene based batteries d: Battery manufacturing process in a gigafactory e: Plug in Hybrid Vs Battery EV system

The purpose of this project is to enable the candidates work on the market study of the EV sector in India along with the right essense of the technical documentation and presentation procedures.

  • Introduction to Semiconductor Electronics
  • Semiconductor and Diode Configuration
  • Rectifiers and Filters in Electronics Systems
  • Clippers in Electronic Systems
  • Clamper & Voltage Doubler Circuits
  • Special Purpose Diodes
  • BJT and FET Devices
  • MOSFET and IGBT Devices
  • Amplifier Circuits (Operational & Differential)
  • Number Systems and Conversions
  • Boolean Algebra and Logic Gate Systems
  • Proteus Based Circuit Designing
Project: Overcurrent Protection Design using Proteus OR Battery Level Monitor System Design using Proteus

This project involves creating a circuit that detects and responds to excessive current flow, safeguarding electronic components from potential damage. The system will be tested under various load conditions to ensure it reliably interrupts the circuit when the current exceeds a predefined threshold. This project aims to enhance the safety and longevity of electronic devices by preventing overheating and component failure due to overcurrent. OR This project includes designing a circuit capable of accurately measuring and displaying the charge levels of a battery. The monitoring system will alert users when the battery is low, preventing over-discharge and extending battery life. The simulation will validate the system's accuracy and reliability under different battery conditions. This project aims to improve battery management and ensure optimal performance of battery-powered devices.

  • Overview of Embedded Systems
  • Architecture and Pin Configuration of the 8051 Microcontroller
  • Address Modes, Instructions and Operations
  • Instructions, Interrupts and Timers
  • Programming with Embedded for SIL Development
  • Communication Protocols (Synchronous communication, Asynchronous communication, UART, SPI, I2C, CAN)
  • Arduino, Programming and Standard Applications
Project: Design and Simulation of an Embedded System Using Arduino and Proteus

The project will involve designing, coding, and simulating an embedded system using the Arduino platform and Proteus software. It will incorporate sensors and actuators to create a functional and efficient prototype. The project will culminate in a detailed simulation that demonstrates the system's capabilities and applications, showcasing the practical implementation of embedded technology.

  • Getting Started with MATLAB
  • MATLAB Intermediate
  • Plotting and Graphics
  • Algebra, Calculus, Differential, & Integration
  • Polynomials & Transforms
  • Understanding SIMULINK
  • Modelling with SIMULINK
  • EV Applications with SIMULINK
  • Understanding Advisor QSS Toolbox
  • Implementing Advisor QSS
  • EV Applications with Advisor QSS
  • Background and Evolution of Battery Technology in EVs
  • Fundamentals and Electrochemistry of Battery Operation in EVs
  • Battery Anatomy, Performance Metrics, and Integration in EV Systems
  • State-of-the-Art Developments, Cycle Life, and Challenges in EV Battery Technology
  • Overview of Li-ion Battery Technology: Key Materials and Components
  • Cathode, Anode, Electrolyte, and Separator Materials
  • Advanced Materials and Techniques: Nanostructures, Composites, Coatings, and Surface Modifications
  • Industry Examples, Graphene and Solid-State Electrolytes, and Future Market Trends
  • Raw Materials Acquisition and Electrode Fabrication Techniques
  • Cell Assembly, Formation, and Aging Processes
  • Module and Pack Assembly, Quality Control, and Testing Protocols
  • Battery Safety Standards in India, Automation, and Environmental Sustainability Measures
  • Understanding BMS in EV Systems: Architecture, Components, and Roles
  • Thermal Control and Battery Balancing Techniques in BMS
  • Implementation, Control Strategies, and Hardware/Software Components of BMS
  • Industry Examples, Future Trends, and Innovations in BMS Technology
  • Overview of SoC/SoE and Their Role in EV Systems
  • Estimation Algorithms: Coulomb Counting, OCV Method, and Managing Uncertainties
  • Dynamic Response, Temperature Effects, and Practical Applications of SoC Algorithms
  • Refinements, Compensations, and Enhancements Using Kalman Filtering
  • Introduction to SoH/SoP Estimation Algorithms and Battery Failure Mechanisms
  • Comparative Analysis of SoH/SoP Algorithms and Capacity Estimation Techniques
  • Environmental Impacts, Self-Discharge Detection, and Dual Estimation Methods
  • Reliability Analysis, Case Studies, and Emerging Trends in SoH/SoP Estimation
  • SoC/SoH Modelling using MATLAB
  • Cell Modelling in MATLAB
  • BMS Modelling using MATLAB
Project: Design of EV using Qss Toolbox OR Battery management system modelling.

This project will integrate foundational MATLAB skills, intermediate concepts, and advanced plotting and graphical capabilities. It will involve modeling the EV using MATLAB Simulink for dynamic simulations and utilizing the Advisor QSS Toolbox to optimize EV performance. OR This project will integrate foundational knowledge of battery technology, including the electrochemistry, anatomy, and performance metrics of EV batteries. It will encompass advanced concepts in Li-ion battery systems, manufacturing processes, and quality control standards. The BMS modeling will involve implementing thermal control, battery balancing, and SOC/SOE/SoH/SoP estimation algorithms using MATLAB.

  • BMS Hardware Configurations and Components
  • Design, Integration, Reliability, and Testing of BMS Hardware
  • Industry Case Studies, Development Challenges, and Future Innovations in BMS Hardware
  • Economic Impacts, Market Study, and Introduction to BMS Software Control
  • Algorithm Development for BMS and Software for Battery Health Monitoring
  • Data Management, Industry Examples, and Challenges in BMS Software Development
  • Advances in BMS Algorithms, Integration with EV Systems, and Future Market Trends
  • Security, Privacy Considerations, and Principles of Cell Balancing
  • Balancing Techniques and Methods: Importance in Pack Performance
  • Industry Examples, Advances, and Smart BMS with Dynamic Cell Balancing
  • Challenges, Solutions, and Impact on Battery Longevity and Safety
  • Cell Management in Industrial BMS Systems, Economic Considerations, and Basics of Thermal Management
  • Designing Cooling Systems for Batteries: Hardware Considerations and Heat Management
  • Battery Cooling Technologies and Integration with Drivetrains
  • Challenges, Active and Passive Cooling, and Impact on Efficiency and Life
  • Electrical and Mechanical Design, Pack Assembly, and Testing of Battery Thermal Systems
  • Introduction to BMS Communication Protocols and CAN (Controller Area Network)
  • CAN Interfacing with EV Components and LIN (Local Interconnect Network)
  • ISO 11898 Standard, Advanced Protocols (Flex Ray, Ethernet), and Wireless Technologies in BMS
  • Future Trends, Innovations, and Industry Study on CAN Communication Mechanism in EVs
  • Safety Considerations, Industry Standards, and Regulatory Landscape for EV Batteries
  • Case Studies, Advances in Safety Technologies, and Compliance Processes
  • Impact of Regulations on Design, Production, and Global Differences in Safety Standards
  • Market Study on Future Safety Developments, Regulations, and Economic Impact of Compliance
  • Challenges in Accurate Monitoring and Lifecycle Analysis of EV Batteries
  • Advanced Battery Analytical Algorithms and Economic Aspects
  • Industry Practices and Strategies for Extending Battery Life Using Data Analysis
  • End-of-Life Options, Case Studies, DBMS Schemes, Market Trends, and Opportunities in Battery Management Services
  • Principles and Techniques for Efficient Energy Management
  • Impact on Battery Life, EV Range, and Advances in Energy Management Systems
  • Challenges, Market Trends, Economic and Environmental Implications, and Policy Influences
Project: Design and analysis of a custom advanced Battery System Architecture for Electric Vehicles.

This project will encompass designing the BMS hardware, including component selection, integration, reliability testing, and addressing development challenges. It will also cover the development and implementation of BMS software algorithms for battery health monitoring, cell balancing, and energy management. Additionally, the project will include designing cooling systems for thermal management, establishing communication protocols, and ensuring compliance with safety standards and regulations. The final deliverable will be a detailed and comprehensive BMS design, combining hardware and software elements to create an efficient, reliable, and safe system for managing EV batteries.

  • Overview of Battery Parameters & Cell Chemistry
  • Revisiting BMS for Battery Pack
  • Configurations of Battery Pack Design
  • Thermal Management and Electrical Design for Optimal Performance
  • Industry Examples, Modelling, Simulation, and Case Studies in Pack Design
  • Testing, Validation Processes, and Advancements in Battery Pack Technology
  • Electrical Design
  • Mechanical Design
  • Thermal Considerations
  • Thermal Design of Battery
  • Thermal Calculations for Battery System
  • Battery Pack Calculations
  • Battery Pack Modelling Using MATLAB
  • Parameters for Chassis Design
  • Key components of the Chassis
  • Explanation of Suspension Terms (Pitch circle diameter, Wire diameter, Height)
  • Design Process of the Suspension
  • Overview of Swingarm Position and Role in EV Bikes
  • Design Process of the Swingarm
  • General Outlook on Alloy Wheel Design
  • Using 2D Drawing Features in SolidWorks
  • Designing the Right Fit Tyre for the Alloy Wheel
  • Assembling the Alloy Wheel Inside the Tyre
  • Checking the Fitting of the Swingarm
  • Designing the Motor Controller and DC to DC Converter
  • Designing the Handlebar for the EV Bike
  • General overview of Assembling Parts for 2-Wheelers
  • Editing Battery Sketch and Basic Assembly
  • Final Scooter Assembly with Aesthetics (rear cover, front light)
Project: Comprehensive Design and Analysis of an EV Bike Chassis and Suspension System OR Design and Integration of Swingarm, Alloy Wheels, and Motor Controller for an EV Bike.

The outcome for this project will be a detailed 3D model and analysis of an EV bike chassis and suspension system using SOLIDWORKS. OR The outcome for this project will be a fully integrated SOLIDWORKS model of an EV bike, focusing on the design and assembly of the swingarm, alloy wheels, and motor controller.

  • Overview of ANSYS Software and its Applications
  • Installation and Licensing
  • ANSYS Workbench GUI Overview
  • Understanding the Project Page, Engineering Data, and Analysis Settings
  • Geometry Cleanup and Simplification
  • Creating a New Geometry Using DesignModeler
  • Creating and Editing Coordinate Systems
  • Meshing Fundamentals and Best Practices
  • Applying Boundary Conditions (Constraints and Loads)
  • Material Properties and Assignments
  • Running the Analysis and Interpreting Results
  • Post-processing and Visualization
  • Setting up a Modal Analysis
  • Eigenvalue Extraction and Interpretation
  • Mode Shapes Visualization
  • Damping and Frequency Response Analysis
  • Introduction to Heat Transfer Analysis
  • Setting up a Steady-State and Transient Heat Transfer Analysis
  • Applying Thermal Boundary Conditions
  • Heat Generation and Conduction
  • Post-processing Temperature Distribution and Heat Flux
  • Setting Up a CFD Analysis
  • Defining Fluid Properties
  • Meshing for CFD
  • Boundary Conditions for Fluid Flow
  • Understanding Nonlinear Analysis
  • Setting up Static and Transient Nonlinear Analysis
  • Nonlinear Material Behavior
  • Contact Analysis
  • Buckling Analysis
  • Optimization Basics in ANSYS
  • Design of Experiments (DOE)
  • Parametric Studies
  • Response Surface Optimization
Project: CFD Analysis and Thermal Management of a Heat Exchanger Using ANSYS OR Structural Analysis and Optimization of a battery system Using ANSYS.

The outcome for this project will be a detailed computational fluid dynamics (CFD) analysis and thermal management study of a heat exchanger using ANSYS OR The outcome for this project will be a thorough structural analysis and optimization of a battery system using ANSYS. This will involve applying static structural analysis to determine the battery system's response to various loads and boundary conditions.

  • Overview of EV Powertrain and Key Components
  • Integration of Powertrain with BMS
  • Efficiency and Performance Optimization in Powertrain Systems
  • Challenges in Powertrain Design
  • Thermal Management of EV Powertrain System
  • Market Study: Future Directions in Powertrain Development
  • Powertrain Hardware and Software Control Design
  • Powertrain Safety and Regulatory Standards
  • Powertrain Considerations
  • Powertrain Case Studies
  • Powertrain Certifications and Standards
  • Powertrain Primary Components
  • Power Semiconductor Devices and Converters in EV Powertrain Systems
  • Filters, Capacitors, Snubbers, and EMI Mitigation in Power Electronics
  • Design, Optimization, and Thermal Cooling of Converters and Inverters
  • Fault Diagnosis, Protection, Regenerative Braking, and Integration within EV Powertrains
  • Electric Motor Design Principles and Advanced Control Techniques for EVs
  • High-Performance Materials and Testing/Characterization of Electric Motors
  • Noise, Vibration, and Harshness (NVH) in Electric Motors
  • Reliability, Lifetime Analysis, and Sensorless Motor Control Technologies
  • Integration of Motors into Vehicle Powertrains
  • Future Trends in Electric Motor Technology
  • Sensorless Motor Control Technologies
  • EV Powertrain Modelling with MATLAB
  • Modelling and Analysis of EV Powertrain Components in ANSYS
  • Buck Converter Design
  • Boost Converter Design & Modelling
  • 3 Phase & multi level Inverter Design and Modelling
  • Solar PV Based Charger Modeling
  • Induction Motor Design & Modelling
  • Motor Controller Design & Modelling
  • Power Required to Overcome Resistance Forces Acting on the Vehicle
  • Power Converters in Electric Vehicles
  • Inverters in Electric Vehicles
  • Motor & Motor Controllers
Project: Entire EV Architecture Design, Modeling and Analysis with following subsystems: Thermal management system Motor system Motor controller unit Battery pack design and modeling Powertrain Unit Solar Based Charger System Converter System

This project involves the design, modeling, and analysis of a complete electric vehicle (EV) architecture. Key subsystems include a thermal management system to maintain optimal temperatures, a high-efficiency motor system, and a motor controller unit for precise control. The battery pack will be designed for maximum performance and safety, while the powertrain unit will ensure efficient power transfer. A solar-based charger system will be integrated to utilize renewable energy, and a converter system will manage power distribution. The project aims to create an optimized and sustainable EV architecture.

  • Overview of AUTOSAR architecture
  • Importance and Benefits of AUTOSAR
  • Key Concepts and Terminology in AUTOSAR
  • Evolution and Future of AUTOSAR
  • Software Component Design and Templates
  • Virtual Function Bus (VFB) and its Role
  • Runtime Environment (RTE) and its Configuration
  • Application Layer and Basic Software Modules
  • AUTOSAR Development Process and Methodology
  • Tools used in AUTOSAR Development
  • Configuration and Generation of AUTOSAR Code
  • Integration and Testing of AUTOSAR Components
  • Introduction to Basic Software (BSW) Modules
  • Services Layer and its Functionalities
  • ECU Abstraction Layer and Microcontroller Abstraction Layer
  • Complex Drivers and their Implementation
  • AUTOSAR Communication Stack
  • CAN, LIN, FlexRay, and Ethernet in AUTOSAR
  • Communication Protocols and their Implementation
  • Configuration and Testing of Communication Modules
  • Integration of Motors into Vehicle Powertrains
  • Future Trends in Electric Motor Technology
  • Sensorless Motor Control Technologies
  • Adaptive AUTOSAR and its Features
  • Safety and Security in AUTOSAR
  • Diagnostics and Communication in AUTOSAR
  • Future Trends and Developments in AUTOSAR
Project: Select any 2 of the following projects

Project: Battery Monitoring System Objective: Measure and display the voltage of a simulated battery pack.

The project will result in a fully functional battery monitoring system capable of accurately measuring and displaying the voltage of a simulated battery pack. Using the STM32F103C8T6 microcontroller, the system will interface with the Voltage Detection Sensor Module to acquire voltage data. This data will be processed and displayed in real-time on the JHD162G M7 LCD display. The outcome includes a reliable and user-friendly interface for monitoring battery voltage, suitable for educational purposes in understanding the fundamentals of battery management in EV systems.

Project: Current Monitoring System Objective: Measure and display the current drawn by a simulated EV motor.

Brief: This project will result in a current monitoring system designed to accurately measure and display the current drawn by a simulated EV motor. Utilizing the STM32F103C8T6 microcontroller and ACS712 current sensor, the system will capture real-time current data. The data will be processed and presented on the JHD162G M7 LCD display, enabling users to monitor and analyze current consumption. The outcome includes a functional setup for understanding and managing current requirements in EV applications, enhancing practical knowledge of electric vehicle powertrain dynamics.

Project: Energy Consumption Display Objective: Calculate and display the energy consumption of a simulated EV system.

The project outcome will be an energy consumption display system capable of calculating and presenting the energy usage of a simulated EV system. Using the STM32F103C8T6 microcontroller, combined with the ACS712 current sensor and Voltage Detection Sensor Module, the system will measure both current and voltage.

Project: Battery Overcurrent Protection Objective: Detect and respond to overcurrent situations in a simulated battery system.

This project aims to develop a battery overcurrent protection system for safeguarding a simulated battery system in EV applications. Using the STM32F103C8T6 microcontroller and ACS712 current sensor, the system will continuously monitor current levels. Upon detecting an overcurrent condition, the system will activate visual alerts using the LED System and audible alerts through the 5V Passive Buzzer. The outcome includes a reliable protection mechanism that enhances safety and reliability in EV battery systems, demonstrating practical implementation of current monitoring and protection measures.

Project: Simulated CAN Bus and PWM Communication Objective: This project allows students to understand the implementation and working on the CAN based communication.

This project allows students to understand the implementation and working on the CAN based communication in an embedded system. The students can simulate the CAN data based on the sensor readings their will recieve and create CAN packages for communication. Similarly, the students will work on the motor control signals and will learn how one can transmit these motor signals in CAN protocols and perform communication.

New Add-On

Why take the 2 Intensive Offline Workshops?

5 days each

Delhi and Pune

Learn by doing

In these workshops, you'll work on real projects, gaining practical skills in component assembly, battery systems, test bench analysis, charging technologies, retrofitting, and sensor integration.

Industry expertise

Learn directly from seasoned EV professionals who will share their real-world knowledge and practical tips with you.

In-depth learning

Dive deeper into precision wiring, battery pack building, ICE to EV retrofitting, EV diagnostics, electronics integration, sensor analysis, data analysis, and professional report writing.

Networking opportunities

This workshop isn't just about learning - it's about building your network. Connect with fellow EV enthusiasts and potential future colleagues!

Note: Travel, stay, and food costs are not covered by Internshala.

Limited Time Offer

Get exclusive EV Hardware Kit worth ₹8,000 for Free!

Increase your employability by 2x with our EV hardware kit, offering hands-on practical knowledge!

1. Industry-Standard Tools

Master trending real-world applications using a custom-designed STM32 ARM Cortex system.

2. Project-Based Learning

Engage in 15+ experiments and 5 EV-focused projects, aligned with the latest industry trends, to build functional systems from scratch.

3. Simulations to Practical Use

Embrace a comprehensive training program - start with simulations and seamlessly transition to physical hardware implementation.

4. Career-Ready Skills

Our EV Hardware Kit equips you with the hands-on expertise that top employers in the EV industry are actively seeking.

For more information on what you will get in your toolkit, download this booklet

Skills you will learn

MATLAB®
Simulink
Solidworks
Ansys
Embedded Systems
BMS Modelling and Simulation
Electric Vehicle Technology
Analog & Digital Electronics
AUTOSAR
Embedded C Programming
Proteus Based Circuit Simulation
STM32CubeIDE and ARM Cortex Systems
Hardware Lab Experimentation

Learn from Top Industry Experts

Avinash Singh

CEO, DIYguru

Ayush Sharma

Co-founder, DIYguru

Aakash M. Gaikwad

Powertrain Engineer at RunR Mobility

Arman Ansari

Application Engineer at Designtech System Private Limited

Supratim Das

NPD & Validation Engineer at Exponent Energy

Kaustav Mallick

Trainer, DIYguru

Gourab Majumder

Application Engineer at Convergent Technologies

Pushkar

Trainee Engineer, Bharat Electronics Limited

Prasad

Senior Technical Head, Center of Excellence Labs, DIY Guru

Course fees

₹73,500
90,000
Valid till 25 Nov
No-cost EMI options available
starting at just ₹6,125 per month
100% refund if not hired!
*T&C apply
Rupee

Add-on offer

2 offline workshops at a discounted fee of ₹8,000 ₹15,000

Electric Vehicle Course Overview

Internshala’s electric vehicle online course offers a comprehensive understanding of EV technology, design, and systems. The curriculum begins with the fundamentals, covering the global and Indian EV markets, key technologies, etc. You will gain insights into battery electric vehicles (BEVs) and hybrid electric vehicles (HEVs). You will learn about concepts like battery chemistry, management systems, and essential power electronics and motors.

In the EV business management module, you will learn about market opportunities, regulations, and the retrofitting of conventional vehicles. Additionally, the course delves into analog and digital electronics, embedded systems, and MATLAB for detailed modeling and simulations. You will explore advanced battery management techniques and design principles, mastering both essential and advanced battery management systems (BMS). 

Finally, the course offers practical experience, equipping you with skills for designing and analyzing EV components. You will gain deeper insights into powertrain systems and simulations through advanced powertrain studies and MATLAB-based EV architecture modeling. 

 

Electric Vehicle Online Course Outline

 

This online EV course is designed to provide a comprehensive understanding of the technology, design, and systems involved in electric vehicles (EVs). Whether you're a beginner who wishes to upskill or an experienced learner trying to broaden your knowledge, this course will equip you with the skills needed to succeed in the EV industry. Take a closer look at the syllabus to get an idea of what you will learn:

 

Module 1: EV Fundamentals

 

  • This module offers a complete introduction to the electric vehicle (EV) industry. You'll begin by learning about the global and Indian EV markets. It will highlight important government actions and sustainability measures that support the industry.  
  • The next section delves into the fundamental aspects of EV technology, covering various layouts, key components, and the distinctions between Battery Electric Vehicles (BEV) and Hybrid Electric Vehicles (HEV).
  • As you advance, you will explore in detail the intricacies of battery technology, including management systems and safety protocols. Additionally, you will learn about power electronics and electric motors, which are essential parts of EVs.

 

Module 2: EV Advanced Certification

 

  • This advanced module teaches you the technical calculations needed for EV systems. You will learn to navigate complex parameters and numerical formulas essential for accurate EV analysis.
  • The course will provide you with an in-depth look at hybrid vehicles, covering their components and the technical challenges they face. The module also discusses heavy electric vehicles, focusing on their unique systems and potential market opportunities. 
  • Finally, in this part of the EV course with placement, you will learn about vehicle safety regulations and supply chain management. Additionally, you will examine the specific manufacturing and assembly processes tailored for EVs. 

 

Module 3: EV Business Management

 

  • This module provides an in-depth look at the business side of the EV market. You’ll start with an overview of the market landscape. The course will also cover the opportunities this market presents, beginning with the fundamentals of EV technology and design.
  • The course also covers important management aspects, including regulations, industry standards, and certification processes. It will provide insights into converting traditional vehicles to electric, analyzing the EV motor market, and exploring EV testing and certification. The module concludes with a detailed examination of the EV battery market.

 

Module 4: Analog & Digital Electronics

 

  • In this module, you will explore the foundational concepts of electronics. You will learn about essential components like semiconductor devices and diodes.
  • In this part of the module, you will learn about rectifiers, filters, and specialized diodes. Then, you will explore transistors, operational amplifiers, and digital electronics. 
  • The course will also cover logic gates in Boolean algebra. Additionally, you will gain hands-on experience with microcontrollers and microprocessors using Proteus software for circuit design.

 

Module 5: Embedded Systems

 

  • This module of the EV course with placement introduces embedded systems and their applications across various industries. You will begin with the architecture and programming of the 8051 microcontroller.
  • You will then cover embedded C programming and the fundamentals of the Arduino platform. Next, the course will include advanced simulations using Proteus. 
  • Additionally, it explores STM32CubeIDE and ARM Cortex systems, focusing on peripheral programming and advanced system design.

 

Module 6: MATLAB Certification Course

 

  • In module 6 of the electric vehicle design course with placement, you will start with the basics of MATLAB and then move on to more advanced topics. You will cover fundamental concepts, such as plotting and graphics, algebra, calculus, and differential equations.
  • The module also includes MATLAB Simulink for modeling and EV applications, alongside the Advisor QSS Toolbox for implementing specific EV-related solutions.

 

Module 7: Battery Technology and Battery Management System (BMS) Essentials & Modeling

 

  • This module will focus on battery technology which is a key component of EV systems. You’ll begin by exploring the evolution of battery technology. The module will also cover fundamental principles and cutting-edge developments.
  • You will then study Li-ion battery systems, including their manufacturing processes and safety standards. Additionally, the course will cover battery management systems (BMS) essentials, such as thermal control, state-of-charge algorithms, and battery modeling using MATLAB.

 

Module 8: Battery Management System (BMS) Advanced Technologies

 

  • This advanced module provides an in-depth exploration of BMS hardware and software. You will start by learning about algorithm development and data management.
  • You will then delve into cell balancing techniques, thermal management systems, and communication protocols in this EV course with a placement course. 
  • The module ends with a focus on safety standards and advanced battery analysis, including precise monitoring and lifecycle assessment.

 

Module 9: Battery Pack Design & Modelling

 

  • In this module, you will revisit critical concepts in battery technology and BMS, with a focus on battery pack design principles.
  • You will study electrical and thermal design considerations, review industry examples, and learn simulation techniques. The module also includes detailed analysis and calculations for battery packs using MATLAB.

 

Module 10: EV Modelling with SOLIDWORKS

 

  • This module teaches you to design various EV components using SOLIDWORKS.   You will learn to create models for the chassis, suspension, swingarm, alloy wheels, and other parts.
  • You will then proceed with designing and assembling these components. This includes the handlebar and final scooter assembly to create a complete EV model.

 

Module 11: EV Analysis with ANSYS

 

  • In module 11 of the electric vehicle design course, you will learn to use ANSYS software to analyze EV components. You will start with geometry creation and meshing. After that, you will move on to static structural analysis.
  • The course then covers concepts about modal analysis, heat transfer, fluid dynamics (CFD), and nonlinear analysis. You will also explore optimization techniques and perform parametric studies to enhance your EV designs.

 

Module 12: Advanced Powertrain

 

  • This module offers a detailed overview of EV powertrain systems. You will explore the integration of powertrain components with BMS and optimize efficiency.
  • The electric vehicle design course with placement also covers thermal management, market trends, power electronics, and electric motor technology. You will also work on powertrain modeling and simulations using MATLAB and ANSYS.

 

Module 13: MATLAB-Based EV Architecture Modelling

 

  • In this module, you will explore EV architecture modeling and simulations using MATLAB. In this, you will focus on designing and modeling converters, inverters, and motor controllers.
  • The module emphasizes power analysis, including resistance forces in vehicles, and examines the role of various power components in EVs.

 

Module 14: AUTOSAR

 

  • This module of the electric vehicle design course will teach you about AUTOSAR, an automotive software architecture standard. You will learn about its key concepts, benefits, and overall software architecture.
  • You will then learn about the development process, the tools used, and basic software modules. The course also includes communication protocols, advanced AUTOSAR concepts, and a look into future trends in the field.

 

Receive Exclusive Add-On With the Internshala’s Electric Vehicle Online Course

 

Enroll in this job-oriented course and receive an exclusive EV hardware kit worth ₹8K for free!

 

  • Industry-Standard Tools: Learn to work on real-world applications with a customer-designed STM32 ARM Cortex system. 
  • Project-Based Learning: Build functional systems from scratch with the help of 15+ experiments and 5 EV-focused projects. 
  • Simulation to Practical Use: Start with simulations and then move on to working with physical hardware in your complete training journey.
  • Career-Enhancement Tool: Become job-ready and get hands-on experience that top employers in the EV industry look for in their potential employees.

 

Explore Diverse Career Prospects After Pursuing Our Electric Vehicle Placement Course 

 

Recent graduates and experienced professionals can unlock numerous career opportunities upon completing the electric vehicle course with placement. By learning skills from this course, you will be prepared for various roles in the EV and engineering fields, including:

 

  • Electric Vehicle Design Engineer
  • Battery Systems Design Engineer
  • Electric Vehicle Manufacturing Supervisor
  • Electric Vehicle Testing Engineer

 

Enhance Your Skills with Offline Workshops

 

Get exclusive access to intensive offline workshops with our EV course with placement. Discover all the details about the EV workshops here:

 

  • Offline Workshop: Two offline workshops will be held for five days, each in Delhi and Pune.
  • Hands-On Projects: Learners will work on real-life projects that will equip them with practical skills in component assembly, battery systems, test bench analysis, charging technologies, retrofitting, and sensor integration.
  • In-Depth Learning: Acquire in-depth knowledge in precision wiring, battery pack building, ICE to EV retrofitting, and EV diagnostics. You will also learn about electronics integration, sensor analysis, data analysis, and professional report writing.
  • Expert Guidance: Learn from industry experts who will share practical tips and guide you with different aspects of real-world electric vehicle knowledge.
  • Networking Opportunities: Leverage the networking opportunities to connect with fellow EV learners, enthusiasts, and potential colleagues.

 

Why Should You Pursue the Electric Vehicle Course from Internshala?

 

Here are reasons why you should consider pursuing Internshala’s electric vehicle course with placement for career success:

  • Comprehensive Learning: Transform from a beginner to a pro in 12 months with our electric vehicle course. Learn everything you need about EVs and gain the practical skills necessary to start your career in this field.
  • Placement Guarantee: If you’re not hired, you’ll receive a 100% refund. Our course offers placement assistance, including curated opportunities, increased visibility on Internshala, and direct interview invites.
  • Career Preparation: Our career coaches assist with placement preparation. Benefit from soft skills training, cover letter and resume writing, and mock interview practice.
  • Hands-On Training: Get practical experience with hands-on training and mentorship. Enjoy on-demand classes, live doubt-clearing sessions, and work on industry-level projects.
  • High Salary Potential: EV professionals in India can earn high salaries, ranging from ₹26 LPA to ₹40 LPA.
  • Industry-Recognized Certification: Obtain industry-recognized and government-approved EV certifications. Become a certified EV professional with certificates from Internshala Trainings and NSDC & Skill India.

FAQs

  • Course Specific
  • Eligibility & Application
  • Program prerequisites
  • Payment
  • Start date & duration
  • Guaranteed Job Program
  • Certifications
  • Course
  • EV Hardware Kit
  • Offline Workshop
  • Need Further Assistance?
An electric vehicle (EV) is a vehicle powered by electricity instead of gasoline or diesel. These vehicles use an electric motor and a rechargeable battery, making them quieter and more energy-efficient. You can charge an EV at home or at public charging stations, offering a cleaner alternative to traditional cars.
The need for electric vehicles is driven by the goal to reduce pollution and combat climate change. EVs emit fewer greenhouse gases and pollutants, helping to protect the environment. They also decrease our reliance on fossil fuels and can be more cost-effective in the long run.
Electric vehicles are the future of transportation. So understanding how EVs work can open up new job opportunities as the industry grows. Additionally, knowledge about EVs can help you save money on car expenses and contribute to a more sustainable world.
Yes, pursuing a career in electric vehicles is a promising choice. The EV industry is rapidly expanding, creating numerous job opportunities. Careers in this field can be very lucrative, further, they allow you to contribute to environmental conservation, making it a rewarding path.
After completing an EV course with a placement guarantee, you'll have the skills and knowledge to start a career in the EV industry. You will have a chance to build your career as an EV technician, battery specialist, or electric vehicle engineer. This can lead to a stable and fulfilling career as the demand for skilled workers in this sector continues to grow.
Salaries in India's EV industry are on the rise thanks to the growing demand for skilled professionals. According to recent data, annual salaries can range from ₹3 LPA to ₹12 LPA, depending on the specific job role and level of experience. This trend indicates a positive outlook for those entering the field.
India is making significant strides in the adoption of electric vehicles. The government has introduced supportive policies and incentives to promote the use of EVs. The expansion of charging infrastructure and growing consumer interest further highlight the positive trend. However, challenges, such as increasing the number of charging stations and making EVs more affordable persist. Despite these challenges, the overall progress is promising and indicates a strong move towards sustainable transportation.
To become an Electric Vehicle (EV) engineer in India:

  • Get a B.Tech in mechanical engineering with a focus on electric vehicles.
  • Learn about electronics, embedded software, and electrical engineering.
  • Gain practical experience through internships and projects.
  • Stay updated on industry trends, attend workshops, and pursue relevant courses like Internshala’s electric vehicles placement guarantee course.
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.
To reserve your seat in advance, simply pay a booking amount of ₹ 1,999 which will be adjusted toward your course fee upon enrollment. If our counsellors find your profile to be unfit, the amount will be refunded; however, if you choose to withdraw, this amount will be non-refundable.
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 cannot 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. If your EMI is through one of our loan partners and you wish to make any modifications, please write to pgc.support@internshala.com. Please note that the cancellation fee for EMIs through our loan partners is Rs. 1500/-.
Please write to us on jos@internshala.com 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 pgc.support@internshala.com 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 CTC ranging from ₹ 3 LPA to ₹ 10 LPA (work-from-office job PAN India).
The refund amount will always be exclusive of the 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 pgc.support@internshala.com 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
Yes, you may request a course change to another program within the first 15 days of your batch start date if you find the concepts challenging to understand. This option is available only once per student under our Course Change Policy.
You can request a batch change at any time under our Batch Changing Policy. If you request a batch change within seven days of the original batch start date, no fee will be charged. If the request is made between 7 and 30 days after the start date, a fee of Rs. 999 will apply. For batch change requests made after 30 days, the fee will be calculated based on the additional months provided, multiplied by the monthly cost indicated.
The EV Hardware Kit includes essential components necessary for conducting practical experiments and projects related to the online course. These components are carefully selected to align with the course curriculum and provide hands-on learning experiences in electric vehicle technologies.
The kit will be shipped approximately 3 months after starting the course. Please ensure your address details are provided during enrollment.
Provide your shipping address when prompted during the learning journey. This information will be used for kit shipment.
No, the EV Hardware Kit is bundled as part of the core offering with the online course. It is not available for separate purchase and is designed to complement and enhance the learning experience provided by the course content.
For any specific inquiries regarding the components included in the EV Hardware Kit or their usage, students are encouraged to reach out to our support team. Detailed information and guidance will be provided closer to the shipment date to ensure students are fully prepared to engage with the kit effectively.
Each workshop is scheduled for 5 days, with a total of two workshops spanning 10 days in total. This format allows for comprehensive immersion in practical skills related to electric vehicle technologies.
The workshops will run from 9 am to 7 pm daily. This schedule ensures ample time for both theoretical discussions and practical sessions, maximizing learning opportunities during each workshop day.
Workshop dates and specific locations (either Pune or Delhi) will be communicated to participants one month prior to the scheduled start date. This advance notice allows participants to plan their travel and accommodations accordingly.
While accommodation is not included in the workshop fee, participants will receive contact details for local accommodation options. They can choose to arrange accommodations individually or coordinate with other workshop attendees through our Discord community group.
The offline workshops cost Rs. 8,000 if paid along with the course fee. If enrolled later, the workshop fee will be Rs. 15,000. Please note, this fee covers only workshop participation, and participants are responsible for their own travel, lodging, and meals.
Participants can join a dedicated Discord community group where they can interact with fellow attendees. This platform facilitates communication for planning stays, sharing travel arrangements, and collaborating on workshop-related activities.
Yes, participants have the flexibility to attend Workshop I and Workshop II in different locations—either Pune or Delhi—based on their convenience and preference.
No, the workshops are conducted offline at our centers. This format is specifically designed to provide participants with hands-on experience and practical training in a controlled, laboratory environment.
During the offline workshops, participants will actively engage in hands-on learning by conducting experiments and projects themselves. The instructor will provide guidance and support throughout, facilitating a practical learning experience.
Yes, participants will be required to present their experiments and project outcomes in groups on the last day of each workshop. This assessment evaluates their understanding and application of the concepts covered during the workshop sessions.
Upon successful completion of the workshop and satisfactory presentation of projects, participants will receive a certificate. This certificate recognizes their participation and achievement in acquiring practical skills related to electric vehicle technologies.
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