Electric Vehicle Nanodegree Certificate Course

Start your journey as a Electric Vehicle Engineer in specialised domains of Battery Modelling, Charging Infrastructure, Motor Optimisation, xEV Product Development & Design Engineering. Get mentored by industry leaders and subject matter experts through personalised and timely doubt resolution sessions.

Online + Offline

Format

6 Months

(Recommended 6-8 hrs/week)

Dec 15

Start Date

78+

Hiring Partners

5000+

DIYguru Alumni Base

About the Program

Master Hybrid Electric Vehicle Product Development & Design Engineering from ASDC, Govt. of India, the apex body for awarding certification in Automotive Industry. Get personalised student support, timely doubt resolution and much more from DIYguru.

India's only Online + Offline Training Program impanelled by AICTE, Govt. of India
Internship + 360 Career Guidance & Mentorship Support with Placement Assistance upto two years.
Networking with DIYguru & ASDC 120+ Corporate Clients & Alumni Base

Opportunity to work on 10+ Live Projects & Case Studies in Retrofitting, Modelling and Simulation of lithium cell parameter & H Bridge Motor controller using Matlab

Receive 1:1 Career Counselling Sessions, Mock Interviews and Resume Building support from our career coaches.

Be a part of the 5000+ Electric Vehicle professionals community from DIYguru & ASDC.

Programme Overview

Key Highlights

Certification from Govt. of India, apex body of Automobile Skilling, ASDC.
 
Specialise in key R&D domains of 2 & 4 Wheeler Electric Vehicles.
 
Top rated teaching faculty and instructors from Industry & Academia.
 
Timely doubt resolution and discussion forums

Learn while you earn through 100% online format

Work on more than 10+ Live Projects (Online & Offline)

Placement assistance by DIYguru & ASDC.
 
Support available all days 9 AM – 9 PM IST for queries
 
 

Syllabus

Best-in-class content by leading faculty and industry leaders made with feedback from Bosch, Hyundai, Greaves Cotton and approved by AICTE, All India Council for Technical Education, Govt. of India in the form of live lectures, recorded videos, case studies and projects.

Course Objective

Make Participants more employable in rising Electric Vehicle Industry.

Prepare participants to match up demand and supply gap with the industry 4.0 revolution.

Bridge the gap between conventional methods of learning and application-based method of learning.

To empower participants with the skills to face future E-Mobility challenges.

Programme Outcomes

Mid-Trainee (GETs)  Design and Engineering professionals will be able to upskill themselves on the Electric Vehicle End to End Product Development aspects + gain a holistic perspective on both the functions with hands-on knowledge of latest tools and technology.

Students at the start of their career after graduation will be able to kick-off their Electric Vehicle Industry experience with jobs & Internships in EV related Design & Manufacturing Industry.

Who Is This Programme For?


Automotive enthusiasts (No academic qualification mandatory) working in industries such as Automotive, Auto component, Design, Manufacturing, etc.

Working in Functional areas such as R&D, Analysis, Maintenance, Projects, component design, etc.

Students from Engineering background looking to get a job opportunity in Electric Vehicle Startups, OEMs and Industries.

Candidates Interested in pursuing further studies on the part-time or full-time basis in Automotive, Electrical, Electronics, and Mechanics sector.

Minimum Eligibility

Graduates from a recognized University/College in any discipline of Engineering 

Students pursuing the final year of Engineering can also apply

BUNDLED 10 COURSES INCLUDED

Course 1

ELECTRIC VEHICLE FUNDAMENTAL COURSE (FUTURE MOBILITY)

DIYguru presents a certification program on Fundamentals of Electric Vehicle Engineering. This program provides you with the most flexible learning environment possible. The course tends to equip participants with multidisciplinary expertise and increase the practical exposure with the tools and functioning of the Electric vehicle via small workshop prototypes.

ELECTRIC VEHICLE FUNDAMENTAL COURSE (FUTURE MOBILITY)

10 lessons - 4 hours
View Course

Course 2

FUNDAMENTALS OF VEHICLE DYNAMICS

The modelling approaches and characteristics of the vehicle, tire and driver model with the respect to handling and driving dynamics are summarized in the program. The important research issues about the vehicle-pavement coupled dynamics are discussed in detail.

FUNDAMENTALS OF VEHICLE DYNAMICS

6 lessons - 12 hours
View Course

Course 3

FUNDAMENTALS OF AUTOMOBILE ENGINEERING

This program is for beginners in the Automotive field, where you will be able to understand and have a fair knowledge about the working of an automobile. Along with that, DIYguru in collaboration with Make In India initiative to promote the Automotive sector in India brings you this unique opportunity to explore various opportunities available in the Automotive Industry.

FUNDAMENTALS OF AUTOMOBILE ENGINEERING

9 lessons - 8 hours
View Course

Course 4

Fundamentals of Electrical Machines and Power Electronics

The course deals with the basics of Electrical and Electronic concepts, components etc. The analytical calculation for motors, types of motors and power electronic devices like MOSFET, Thyristors, DC-DC Converters etc.

Fundamentals of Electrical Machines and Power Electronics

43 lessons - 24:11 hours
View Course

Course 5

Electric Bike & Four Wheeler Design Course using Solidworks

DIYguru presents the Course on Electric Bike & Four Wheeler Design Course using SolidWorks. You will be learning how make 3D models, 2D engineering drawing, assembly, animation, and high-quality 2-Wheeler and 4-Wheeler Electric Vehicle in SolidWorks.

Electric Bike & Four Wheeler Design Course using Solidworks

5 lessons - 20 hours
View Course

Course 6

BMS – BATTERY MANAGEMENT SYSTEM CERTIFICATION COURSE

The ongoing transformation of battery technology has prompted many newcomers to learn about designing battery management systems. This course provides a beginner’s guide to the battery management system (BMS) architecture, discusses the major functional blocks and explains the importance of each block to the battery management system.

BMS – BATTERY MANAGEMENT SYSTEM CERTIFICATION COURSE

12 lessons - 6 hours
View Course

Course 7

Finite Element Analysis using ANSYS (FEA / FEM)

You’ll practice using a common solution approach to problems involving different physics: structural mechanics, fluid dynamics and heat transfer. We’ll solve textbook examples to understand the fundamental principles of finite-element analysis and computational fluid dynamics. Then we’ll apply these principles to simulate real-world examples

Finite Element Analysis using ANSYS (FEA / FEM)

5 lessons - 10 hours
View Course

Course 8

Modelling and Simulation of Motor & Battery using Matlab

Matlab -PWM Signal generation -Delay and response -Sizing of switches depending on motor specification. SOC Estimation -Degradation -MATLAB -Filter methodologies

Modelling and Simulation of Motor & Battery using Matlab

43 lessons - 24:11 hours
View Course

Course 9

Electric Vehicle Diagnosis (Repair & Maintainance)

The major end to end life cycle of an automotive vehicle depends on the proper diagnosis of the vehicle. This course covers the fundamentals and basics of vehicle diagnosis on an industrial level.

Electric Vehicle Diagnosis (Repair & Maintainance)

43 lessons - 24:11 hours
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Course 10

Electric Vehicle Charging Infrastructures

The course will cover the existing infractures and standards used in the Indian/Global scenario of Electric Vehicle charging. This will also include the different levels and types of AC DC charging, the different types of connectors used and the rules and regulations for charging infrastructure.

Electric Vehicle Charging Infrastructures

43 lessons - 24:11 hours
View Course

+

7 DAYS OFFLINE (HANDS ON TRAINING) – OPTIONAL

Day 1
Introductions (Faculty and Students) and a brief outline of the workshop along with the introduction to L5 Commercial Vehicles. The second half, Physical inspection of the vehicle along with its parts.
Day 2
A complete introduction to wire harness electricals and connectivity of the powertrain. The second half, physical demonstration of the wire harness of an L5 EV as well as a High-speed two-wheeler.
Day 3
Complete mechanical parts of a heavy L5 EV, along with movable parts possible wear and tear points. (Includes brakes, hydraulics, wheel’s Power transmission drive), Handle Tires etc. The second half, physical demonstration as well as hands-on of the Physical parts and components.
Day 4
Battery configuration of the vehicle (60 Volt and 72 volts) batteries both legacy as well as LFP battery. How to check the health of the battery procedures to find anomalies, risk of leaking electricity, points of leakages etc. Basic building blocks of LFP battery (Cells, BMS and process of Tick welding) along with a demonstration of such battery packs. The second half, an actual demo of Tick welding and development of a module of the battery pack.
Day 5
Actual welding denting and painting of components or parts of the vehicle (post wear and tear) (the first half is a demo). The second half is an examination for hands-on skills (basic knowledge will be imparted) students can convey if he/she wants to participate in this exercise. Those passing this exercise will be given exposure to actual Internship.
Day 6
Internship Examination: It will involve examination (physically) of any one of the above- mentioned skills, this is a team approach and we shall allocate teams of 4 or 5 members each. A full vehicle shall be handed over (In damaged condition) to the members, where students need to showcase the entire skill of how to approach and rectify mistakes. (NOTE: some of the activities may possibly go beyond the time frame of this day, and we are open to give/ share the facility beyond
Day 7
FINAL Results of the Practical Examination will be shared on Day 7, and students/ participants clearing the examination will be given the immediate opportunity of getting deployed on the task of Internship.
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Key Highlights

Electric Vehicle Nanodegree Global Certification

Complete all the modules successfully and receive a Certificate and Alumni Status. 

Join a vibrant community of Electric Vehicle professionals and become part of one of India’s top Future Mobility Upskilling Platform. 

  • Get the latest updates about the trends and techniques of Business and Career Opportunities in the EV Space for lifetime.

Our Learners Work At

Top EV companies from all around the world have recruited DIYguru alumni

DIYguru Alumni

Programme Fee

Rs. 1,00,000 + GST

Standard EMI Plans Starting at ₹5,900.

Zest Money/Debit/Credit EMI*

Admission for students via DET Exam

DET Exam is not required for working professionals, they can go ahead and enroll into the course. Get in touch with Admission Counselor to receive scholarship benifits.

Upon full one time payment avail free HP laptop preloaded with Electric Vehicle Softwares.

Configuration of Laptop:
HP 15 (2021) Thin & Light Ryzen 3-3250 Laptop, 8 GB RAM, 1TB HDD, 39.62 cms (15.6″) FHD Screen, Windows 10, MS Office (15s-gr0011AU)

Style name:AMD Ryzen 3+ 256GB SSD

Preloaded Softwares:

All the Softwares covered in the Syllabus
 

Technology Partner:

ALTAIR

Frequently Asked Questions

PAYMENT

The total fees for the course start from 1,00,000 + taxes. You can avail of a 0% EMI option with a monthly instalment of ₹12,000 per month and a down payment of ₹15,500 to block your seat.

You will need to pay ₹15,500 to block your seat once you are shortlisted for the programme.

CAREER ASSISTANCE

Our host of industry partners will receive a detailed profile and programme performance reports of our students. Based on that, they will assess the most suitable candidates and extend job opportunities to the top performers.

This programme has been developed by understanding the hiring challenges and skill gaps faced in the EV Industry in India. This and the application filtering process before the start of the programmes are the two key reasons why a number of top companies are interested in offering exciting opportunities.

LAPTOP REQUIREMENTS

In the nanodegree program we are dealing with SolidWorks, Ansys and MATLAB, etc. which are moderate graphic demanding software. While looking for a laptop for the above application, kindly keep in mind the following specifications.
  • 1. At Least 8GB RAM
  • 2. 256 or above SSD
  • 3. 4GB Graphics Card
  • 4. 15 inch monitor
  • 5. sRGB above 80%

COURSE CURRICULUM

Post this programme, you will get a GlobalCertificate in Electric Vehicle Engineering from ASDC & DIYguru. Along with this, you will receive a comprehensive report of your skills and competencies relevant to Electric Vehicle derived from all your assignments. 

This programme will require 6-8 hours of engagement per week, which is flexible, for the duration of the programme (6 months).

This Certification Programmes from ASDC and DIYguru has trained aspiring professionals from across several cities in India and abroad. The mode of delivery is online + Offline. For one week of Hands on Training which is optional as many professionals are unable to attend the program physically you can attend our workshop centers in Delhi, Pune & Bangalore.

 

In line with our mission to develop extremely industry-relevant online programmes for working professionals, we have involved leading industry professionals at every stage of the programme development. These individuals have decades of experience powering Electric Vehicle Startups & OEMs and driving ROI across continents.

Our industry network has helped us develop and deliver most industry-relevant content and case projects.

Our programmes have a strong experiential component that would prepare you to apply your learning in the job. Learn – Experience – Apply.

Cases and industry projects will help you experience real-life challenges in Electric Vehicle Development. These will enable you to step into the shoes of leading Electric Vehicle OEM’s and companies and put to use the theoretical learning in an experiential manner.

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