ARE YOU READY TO LEAD THE EV REVOLUTION?

Master the fundamentals of electric vehicle technology and the automotive industry.
Develop expertise in EV powertrain design and development, including modeling, simulation, and component selection.
Acquire practical skills in battery management, power electronics, and electric machine control for optimal EV performance and efficiency.
Prepare for a successful career in the EV industry through hands-on projects, industry-relevant training, and career development support.

ELECTRIC VEHICLE MASTERY PROGRAM

By EV ACADEMY

Stand out in the booming EV industry! Enroll in our Electric Vehicle Mastery Program now to gain essential skills from industry experts. Don't miss out-secure your spot before the seats fill up. Act now to kickstart your career in EV industry!

Course Schedule:

Weekdays: 9:00 AM - 4:30 PM

Saturday: External Mentorship & Project Work
Start Date: 15th November, 2024 |
Venue: RV College of Engineering, Bengaluru

Requirements:

B.Tech/M.Tech graduate from ECE/EEE/Mech (or allied branches)

Course Content

Module	Content	Duration
Module 1	Overview of Electric Vehicles EV Outlook globally and in India Basics of EV Engineering Types of EVs and its Architecture Basics of EV Powertrain Powertrain evolution and current main trends Main elements of powertrain Key elements of powertrain design - Motor, inverter, gearbox, e-axle	Week 1
Module 2	Introduction Current State of the Art Model Based System Engineering and Its Impact Tools: IBM DOORS, Siemens Polarion System Requirement Specification (SRS) Management and Tools	Week 2
Module 3	Vehicle Dynamics Modeling Vehicle Acceleration using Matlab Acceleration performance parameters Modelling Electric Vehicle Range Drive Cycle 1D/2D Simulation basics System modeling for motor, gearbox and inverter. Group assignment and Project Project Review and group discussion	Week 3
Module 4	Introduction to Vehicle battery technologies Battery Parameters Battery Chemistry and Cell Types Battery Design and Engineering Battery Modelling Battery Charging Battery Pack Development Process Electrical Design of Battery Pack Mechanical Design of Battery Pack Thermal Design of Battery Pack Module, individual Cells and its configuration Introduction to Fuel Cells Fuel Cells – A Real Option? Hydrogen Fuel Cells – Basic Principles Super Capacitor based energy storage and its analysis Group assignment and Project Project Review and group discussion	Week 4-5
Module 5	Battery Management System Requirement Battery State of Charge and State of Health Estimation, Cell Balancing SoC Estimating Algorithms Functional Safety Modelling and Simulation using MATLAB Design of battery BMS Hardware Implementation Manufacturing Processes Practical Applications and Case Studies Laboratory and Hands-on Sessions Industry Compliance and Standards Future Trends and Innovations Group assignment and Project Project Review and group discussion	Week 6
Module 6A	Power Electronic Basics Power switches IGBT, MOSFET, SiC MOSFET and their application Mixed-Signal Circuit Design EMI/EMC Design Principles Shielding, grounding, and filtering techniques for EMI/EMC compliance. Switch-Mode dc–dc Converter Switch-Mode dc–ac Inverters Switch-Mode ac–dc Converters Practical Aspects of Power Converter Design Power Converters Control Bi Directional Converters Hands on with Pspice / LTSpice / PSIM Group assignment and Project Project Review and group discussion	Week 7-8
Module 6B	Introduction to Embedded Systems in Automotive Applications Firmware Design Principles Embedded C Programming RTOS Automotive Communication Protocols CAN, SPI, I2C, UART Embedded Systems for Vehicle Diagnostics and Maintenance Automotive Infotainment and Human-Machine Interface (HMI) Embedded Systems for Vehicle Safety and Driver Assistance Group assignment and Project Project Review and group discussion	Week 9-10
Module 6C	eAxle Basics Gear Design basics Housing Design Basics Bearing Design Seal Design Shaft Design Fluid Mechanics Fastner Design 3D design of the e-Axle using CATIA/NX Durability Calculation Gear box design FMEA Reliability and Confidence Inverter Integration NVH Group assignment and Project Project Review and group discussion	Week 7-8
Module 6D	Aerodynamic Considerations Consideration of Rolling Resistance Transmission Efficiency Consideration of Vehicle Mass Electric Vehicle Chassis and Body Design General Issues in Design Performance Analysis using MATLAB Simulations Group assignment and Project Project Review and group discussion	Week 9-10
Module 7	E-motor design- basics Different E-Motor Topologies Current trends and front runners Brushed DC Motor PMSM Motor- Main stream BLDC Motor Induction Motor SRM and other special Motors(Linear, Axial, Hub) Motor Control Basics Motor Control Advanced Performance Analysis of Different Motors using MATLAB Simulink Thermal Modeling Basics Thermal Modeling Advanced Motor Cooling, Efficiency, Size and Mass CAE Basics CFD Basics Test motor on a test bench Group assignment and Project Project Review and group discussion	Week 11-12
Module 8	Description of test set up Framing of test cases and test plan Checking for the losses and efficiency of motor for different operating conditions Cooling circuit and thermal checking No load & run tests Checking of harmonics and power factor Testing motor for environmental and mechanical severities as per regulatory standards Functional testing Testing for environmental and mechanical severities as per SAE /ISO standards Electromagnetic interference & compatibility (EMI/EMC) Why EMI/EMC in an automobile Regulatory Requirements	Week 13-14

Program Fee

Executive

Hybrid

INR 1,65,000

+18% GST

Duration: 9-10 months
Online: 300hrs
In-Person: 200hrs
Strong Global Mentor Network with Mentors from US and Europe with an average of 20+ Years of Experience in the industry
Hands-on Design at EV Maker Space
Digital & Physical Twin Lab Facility
Technology & Best Practice Transfer
Placement India & Abroad
Affordable Pricing
Project to Product (Independent Student led Start-Up)
Real-time project work (Weeks 31 to 37)
Resume Preparation & Mock Interviews (Week 37)
Group Discussion & Individual Presentation (Week 38)
Final Project Demo (Week 38)
Final Placement Drives (Weeks 39-40)

Premium

In-Person

INR 85,000

+18% GST

Duration: 4 months
In-Person: 400hrs
Strong Global Mentor Network with Mentors from US and Europe with an average of 20+ Years of Experience in the industry
Hands-on Design at EV Maker Space
Digital & Physical Twin Lab Facility
Technology & Best Practice Transfer
Placement India & Abroad
Affordable Pricing
Project to Product (Independent Student led Start-Up)
Real-time project work (Weeks 5 to 12)
Resume Preparation & Mock Interviews (Week 13)
Group Discussion & Individual Presentation (Week 14)
Final Project Demo (Week 15)
Final Placement Drives (Weeks 15 to 16)

Meet Your Instructors

Dr. M Uttara Kumari

Professor, R.V. College of Engineering

Experience: 30 years in Electrical and Electronics Engineering

Dr. Raja Vidya

Assistant Professor, RVCE, EEE Department & Coordinator for Center of Excellence Connected Autonomous Vehicle.

Experience: 16.5 years in industry and teaching

Dr. Govinda Raju M

Associate Professor, R.V. College of Engineering

Experience: Joined RVCE in 2008

Expertise: Embedded systems, computer architecture

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