ELECTRIC VEHICLE DESIGN

Internship 2024

This curriculum covers EV and Autonomous Vehicle technologies, focusing on power electronics, motor control (DC, BLDC, PMSM, SRM) with MATLAB Simulink, battery management, and vehicle modeling. It also includes MCU integration, sensor circuits, gate drive design, and EV fabrication.

1/ 2 Months

Online

8+ Live Projects

Dual Certification

Ultimate Step towards your Career Goals​: Expert in Electrical Vehicle Design

This curriculum covers EV and Autonomous Vehicle technologies, including motor control, battery management, vehicle modeling, and power electronics with MATLAB Simulink and MCU integration.

Internship Benifits

Mentorship

Receive guidance and insights from industry experts.

Hands-on Experience

Gain practical skills in a real-world cutting-edge projects.

Networking

Connect with professionals and peers in your field.

Skill Development

Enhance your technical and soft skills.

Career Advancement

Boost your resume with valuable experience.

Certificate

Get a certification to showcase your achievements.

EV Design Internship Overview

Introduction to Electric Vehicle (EV) Dynamics

    • Overview of EV architecture and components
    • Forces and power requirements for EV movement
    • Calculating forces on an EV (air drag, rolling resistance, gradient resistance)

Autonomous Vehicle Fundamentals

    • Introduction to autonomous driving technology
    • Overview of sensors and perception for autonomous vehicles
    • Levels of autonomy and their application in EVs

Power Electronics for Automotive Industry

    • Power electronics role in EVs
    • Introduction to high-voltage components and circuits in EVs
    • Safety and efficiency considerations in automotive power electronics

Rectifier and Power Factor Correction Design

    • Rectifier types and applications in EVs
    • Power factor correction for efficiency improvement
    • Design considerations for power factor correction circuits

Introduction to eMotors for EV Applications

    • Types of motors in EV applications (DC, BLDC, Induction, PMSM, SRM)
    • Comparison of motor types and their specific applications in EVs

Simulink-based Motor Control

DC Motor Speed Control in Simulink

      • Basics of DC motor modeling and control methods

BLDC Motor Control in Simulink

      • Characteristics of BLDC motors and control techniques

FOC Control of 3-Phase Induction Motors

      • Field-oriented control (FOC) basics and Simulink implementation

PMSM Motor Control in MATLAB Simulink

      • Permanent Magnet Synchronous Motors (PMSM) modeling and control methods

SRM Motor Control in MATLAB Simulink

      • Switched Reluctance Motor (SRM) control and Simulink design techniques

Power Inverter Design for EV Applications

    • Inverter types and applications in EVs
    • Design principles and performance requirements for inverters
    • Efficiency, thermal management, and switching techniques

Introduction to Battery Modeling in MATLAB Simulink

    • Types of batteries used in EVs
    • Modeling battery characteristics and dynamics in Simulink
    • State-of-Charge (SOC) and State-of-Health (SOH) considerations

Battery Management System (BMS)

    • BMS architecture and components
    • SOC estimation techniques, protection strategies, and safety
    • Communication protocols for BMS and vehicle systems integration

Battery Thermal Management System (BTMS)

    • Heat generation in EV batteries
    • Thermal management strategies for battery longevity
    • Simulation techniques and integration with vehicle systems

Simscape Introduction and Fundamentals

      • Basics of physical modeling using Simscape
      • Application to vehicle dynamics and component modeling.

Vehicle Powertrain Modeling

      • Components of an EV powertrain (motor, inverter, battery)
      • Torque-speed characteristics, power management, and efficiency

Vehicle Drive and Control Systems

    • Vehicle control strategies for EVs (speed control, regenerative braking)
    • Integration of drive controls with sensors and motor controllers
    • Simulation of drive systems and analysis in Simulink

Sensor Circuit Design for EV Applications

    • Types of sensors used in EVs (current, voltage, speed, temperature)
    • Designing and interfacing sensor circuits with microcontrollers
    • Sensor data processing and integration with vehicle systems

MCU Basics and Application for EV Control

    • Introduction to microcontrollers (MCUs) and their role in EVs
    • Overview of control tasks (speed, voltage, and current management)
    • Interfacing MCUs with sensors, motors, and power electronics

Gate Drive Design for EV Applications

    • Role of gate drives in EV power electronics
    • Types of gate drives and design considerations
    • Integrating gate drives with inverters and motor control circuits

Arduino-Based Induction Motor Control

    • Using Arduino for motor control in prototyping EV systems
    • Basics of induction motor control using Arduino
    • Real-time control applications and limitations

Autonomous Vehicle Basics and EV Fabrication

    • Integrating autonomous vehicle features in EV prototypes
    • Building and fabricating a small-scale EV model
    • Testing and fine-tuning control algorithms for EV applications

Looking for in-depth Syllabus Information? Explore your endless possibilities in EV Design with our Brochure!

share this detailed brochure with your friends! Spread the word and help them discover the amazing opportunities awaiting them.

Project Submission: Example Output Screenshots from Our Clients

Take a look at these sample outputs crafted by our clients. These screenshots showcase the impressive results achieved through our courses and projects. Be inspired by their work and visualize what you can create!

Dual Certification: Internship Completion & Participation

Earn prestigious Dual Certification upon successful completion of our internship program. This recognition validates both your participation and the skills you have honed during the internship, providing a competitive edge in your professional journey. Show off your expertise with pride!

How does this Internship Program Work?

Step 1 Enroll in the Program

✅ Get a Mentor Assigned

✅Presentations & Practice Codes

✅ Learn at your Flexible Time

✅ Apprehend the concepts

✅ Implement Skills Learn

✅ Develop Projects with assistance

✅ Get Codes for Reference

✅ Visualise the Concepts

✅ Get Certified

✅ Certificate of Internship

✅ Project Completion Certificate

✅ Share on social media

✅ Get Job Notifications

Internship Letter (LoR)

Internship Report

Flexible Schedules

1 Month

₹1999/-

1 Month

₹3299/-

2 Month

Our Alumni Employers

Curious where our graduates make their mark? Our students go on to excel in leading tech companies, innovative startups, and prestigious research institutions. Their advanced skills and hands-on experience make them highly sought-after professionals in the industry.

FAQ

What is an electric vehicle (EV)?

An electric vehicle (EV) is powered entirely or partially by electricity. It typically uses an electric motor powered by rechargeable battery packs, reducing the reliance on traditional internal combustion engines.

An autonomous vehicle (AV) is capable of sensing its environment and operating without human intervention. It uses sensors like LIDAR, radar, cameras, and GPS to navigate roads and make decisions in real-time.

A power inverter in an EV converts DC (direct current) from the battery into AC (alternating current) to power the electric motor. This allows the motor to rotate and drive the vehicle.

A rectifier converts AC power (typically from regenerative braking or the power grid during charging) into DC power to charge the EV’s battery.

Power electronics control the flow of electrical energy between the battery, motor, and other vehicle components. It includes inverters, converters, and DC-DC converters for efficient power management.

Field-Oriented Control is an advanced method of controlling three-phase AC motors that allows precise control of motor torque and speed, improving the efficiency and performance of EV motors.

 

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