MTech in EV Technology from VNIT Nagpur (original) (raw)

Visvesvaraya National
Institute Of Technology

60

YEARS OF
EXCELLENCE

Industry-valued skills to kickstart your EV career

1 Year Program | Hybrid Learning with Weekend Classes

Application Deadline : 3rd Jan 2025

Enquire: +91 7249685682

Dedicated Career Support

Eligibility: Best suitable for candidates with 0-3 years work experience with a background in B.E. / BTech in Electrical / Electronics / Mechanical / Mechatronics / Automobile and related fields.

Enquire +91 8095336646

Career Support

Placement after 1st Year

Learn from
India’s Top Ranked Institute of Technology

The World University 2024 1201-1500

ARIIA 2024 Band Performer

The Asia University 2024 ‍401-500

In association with

The best in
EV Professional Education

14+
Years of Legacy

5000+
Learners

20+
Programs

50+
Countries

Program Overview

Program Overview

Real world project on e-Bus system planning

Earn MTech Degree from VNIT Nagpur“Institute of National Importance”

Learn from World Class VNIT Faculty & Industry Experts

Get best of Hybrid Learning Program

Become Job-Ready through Hands-On Labs and Projects

Gain prestigious VNIT Alumni Status.

Avail Flexible Learning benefits via credit transfers

Focus your study time on Industry validated curriculum

Apply to the top EV Makers & Suppliers with Dedicated Career Support

How Can You Benefit from the EV Industry?

The EV industry can not only benefit your career but also help you create a better future for the environment.

45-50%
Higher Salaries than ICE

With the great demand for transitioning from internal combustion engines (ICE) to electric vehicles (EV), there is an exponential growth in the global e-mobility industry, offering numerous EV design engineer jobs for both existing talents and new hires.

100+

Globally Recognised Automobile Companies to work with.

Magnify Your Future with the Best

65 Million

Jobs Worldwide
‍

Build your career in a booming industry.
‍

40 Million

tonnes of Co2 equivalent of GHC emissions were saved by the use of EVs.

Join to Transform The World & Your Career

35%

35% Increment of income.
‍

Climb up the ladder of e-Mobility sector

The Way Forward:

MTech in EV Technology

EV manufacturers and suppliers are eager to fill millions of jobs being created. They urgently need skilled EV talent. The way forward for engineers is the VNIT offered MTech in EV Technology.

Choose Your Learning Track

VNIT allows flexible learning. Choose your learning track as per your convenience. Either enroll for the MTech program for 2 years, or PG Diploma which can be completed over 12 to 18 months.

VNIT also allows for credit transfers. If you completed PG Diploma from VNIT and accrued 40 credits, you can then complete the MTech project thesis, receive 12 more credits, and get an MTech degree also.

Key Outcomes

1. Understand the technology that differentiates EV from ICE vehicles.

2. Gain a deep understanding of powertrain electrification.

3. Develop systems engineering approach to EV design.

4. Learn model-based development for EV design & development.

5. Learn how to disassemble and reassemble an electric vehicle.

6. Develop Design, Verification, Validation Planning (DVVP) skills.

7. Develop the skills to design EV controllers.

8. Become an advanced energy storage systems (ESS) expert.

9. Master smart mobility (ADAS levels & connected vehicles).

10. Extract and use diagnostics, IoT and data analytics.

11. Master EV maintenance, safety, salvage and recycling best practices.

12. Gain work experience through projects, internships & career support.

13. Understand the technology that differentiates EV from ICE vehicles.

14. Gain a deep understanding of powertrain electrification.

15. Develop systems engineering approach to EV design.

16. Learn model-based development for EV design & development.

17. Understand the technology that differentiates EV from ICE vehicles.

18. Gain a deep understanding of powertrain electrification.

19. Develop systems engineering approach to EV design.

20. Learn model-based development for EV design & development.

21. Learn how to disassemble and reassemble an electric vehicle.

22. Develop Design, Verification, Validation Planning (DVVP) skills.

23. Develop the skills to design EV controllers.

24. Become an advanced energy storage systems (ESS) expert.

25. Understand the technology that differentiates EV from ICE vehicles.

26. Gain a deep understanding of powertrain electrification.

27. Develop systems engineering approach to EV design.

28. Learn model-based development for EV design & development.

29. Learn how to disassemble and reassemble an electric vehicle.

30. Develop Design, Verification, Validation Planning (DVVP) skills.

31. Develop the skills to design EV controllers.

32. Become an advanced energy storage systems (ESS) expert.

33. Master smart mobility (ADAS levels & connected vehicles).

34. Extract and use diagnostics, IoT and data analytics.

35. Master EV maintenance, safety, salvage and recycling best practices.

36. Gain work experience through projects, internships & career support.

Upon completion of the Applied EV Design and Integration course, one should be able to follow the literature on these subjects and perform independent design, research and development work applying systems engineering approach and using virtual models

Key Features

Applied Learning

Via in-person Hands-on labs and projects. 400+ hrs of applied learning.

Hybrid Learning

Flexible online-offline classes, with benefits of deep immersive learning.

Hands-on Labs

Hands-on practical learning and real-world experience to learners at VNIT EV Centre of Excellence, Nagpur.

EV Experts

Learn from VNIT faculties who are topic experts, and from the world’s top EV experts.

Industry Validated Curriculum

Structured to ensure job-readiness, aligned with the partner training program delivered to automotive OEMs.

Exclusive
Placement Drives

Our learners are working for the world’s largest automotive OEMs. evACAD has engaged with over 200+ industry partners across 50+ countries.

VNIT Degree

Prestigious VNIT MTech Degree from one of India’s top ranked National Institutes of Technology.

VNIT Alumni Status

Become a VNIT Alumni with exclusive privileges.

Internships

A few selected applicants from each cohort will be offered full-time internships during the application process itself. Selection is based on interview, and solely at the discretion of expert panel conducting your MTech admission interview.

Dedicated Career Support

Access to job opportunities

Career coaching & Interview Preparation

* Conditions apply: Students are required to meet the criteria in internal evaluations to be eligible for placement support.

World’s Best Hire our Talent

Industry partnerships: Our alumni work for global brands such as Tata Motors, Daimler, Volvo, Embraer, John Deere, Cummins, Hella Mobility and Revolt

Lead in Transforming the World

Girija Shanware

Tata Electronics Pvt. Ltd
Experience: 4+ years

I chose this program for its in-depth knowledge, practical lectures, and the convenience of online learning. I believe the Indian electric vehicle industry holds significant growth potential.

Abhishek SIngh

Manager, Forvia Clean Mobility
Experience: 14+ years

Choosing EV M.tech was the best decision. The interactive sessions, combined with case studies, have provided practical insights into the EV domain. The faculty's industry experience adds immense value to our learning

Kumaran M

Deputy Manager, Royal Enfield
Experience: 17+ years

I am grateful for the insightful first semester in Mtech EV Tech. The curriculum is comprehensive, covering the nuances of electric vehicle technology. The faculty's mentorship has been instrumental in my academic growth.

Shrikrishna Manjrekar

Principal Consultant, Infosys
Experience: 25+ years

The program's emphasis on practical learning, coupled with lab-sessions, enriches the educational experience. I strongly recommend this program to anyone interested in exploring the rapidly growing EV market in India.

Venkat Mohan

Banking Professional, HDFC
Experience: 5+ years

The course structure, tailored for working professionals like me, exceeded my expectations with relevant projects and hands-on learning. Trainer Vikrant's experience and real-world examples, along with NIT faculty like Mr. Ritesh Keshri, made complex topics like electrical systems understandable.

Pratiksha Shambharkar

Executive Engineer, MSEDCL
Experience: 19+ years

MSEDCL is venturing into EV charging stations, this course will not only enhance my knowledge but also contribute to the progress of my company. I highly recommend this course to fellow engineers, as EV technology is the future, and this program equips us with the necessary skills to thrive in this evolving industry.

Our Pedagogy

Delivery of curriculum for the MTech Program in EV Technology is best designed for working professionals or students who can learn while studying.

This program encapsulates over 1,000+ hours of learning across 2 years, including hands-on labs and projects, in-person contact, online classes, and Capstone project.

Curriculum

SEMESTER 1

Basic Electrical Engineering OR Basic Automobile Engineering

EV Design, Verification & Validation Planning

Advanced Energy Storage & Battery Systems in e-Mobility New Batteries, Ultracapacitors, Fuel Cells

EV Thermal Management: Batteries & Motors OR Charging & Energy Infrastructure

Motors, Generators & Power Converters: Design for EVs with Practicals

SEMESTER 2

Energy Sources and Powertrain Electrification - Hybrid, BEV, Fuel Cell

• Introduction to Vehicle Development Process
• Types of Verification and Validation
• Mapping Representative Usage Patterns
• Design of Validation Tests
• Complete DVVP Plan, Key Milestones and Result Interpretation
• Long-term Validation Fleet Monitoring Systems

Control Systems as applied to Electric Powertrains

EV Systems Engineering: Design and Integration

SEMESTER 3

EV Range Extension Technologies: Hydrogen Fuel Cell & Runtime Charging OR EV Value Chain and Circular Economy

EV Maintenance, Safety, Salvage and Recycling OR EV Diagnostics and Prognostics: Leveraging IoT, Data Analytics

Project Phase 1: Problem Definition, Literature Research & Methodology Finalization

PG - Diploma - 40 Credits

SEMESTER 4

EV Modeling and Simulation for Product Development

Smart Mobility: ADAS, Autonomous, Connected OR EV Fleet Planning & Optimization

Project Phase 2: Problem Solution, Solution Validation & Implementation Plan

MTech - Degree - 52 Credits

Basic Electrical Engineering (Theory only)

Week 1-5

Energy Sources and Powertrain Electrification - Hybrid, BEV, Fuel Cell

Week 6-10

Control Systems as applied to Electric Powertrains

Week 11-15

EV Systems Engineering: Design and Integration

Week 16-21

SEMESTER 1 COMPLETE

Basic Electrical Engineering (Theory only)

Week 1-5

Energy Sources and Powertrain Electrification - Hybrid, BEV, Fuel Cell

Week 6-10

Control Systems as applied to Electric Powertrains

Week 11-15

EV Systems Engineering: Design and Integration

Week 16-21

SEMESTER 1 BREAK

EV Design, Verification & Validation Planning

Week 26-30

Advanced Energy Storage & Battery Systems in e-Mobility New Batteries...

Week 31-35

EV Thermal Management: Batteries, Motors, Charging & Energy Infrastructure

Week 36-40

Motors, Generators & Power Converters: Design for EVs

Week 41-46

SEMESTER 2 END PLACEMENT

Basic Electrical Engineering (Theory only) / Automobile Engineering

Week 1-5

Energy Sources and Powertrain Electrification - Hybrid, BEV, Fuel Cell

Week 7-11

Control Systems as applied to Electric Powertrains

Week 11-15

EV Systems Engineering: Design and Integration

Week 16-21

SEMESTER 1 BREAK

EV Design, Verification & Validation Planning

Week 26-30

Advanced Energy Storage & Battery Systems in e-Mobility New Batteries...

Week 31-35

EV Thermal Management: Batteries, Motors, Charging & Energy Infrastructure

Week 36-40

Motors, Generators & Power Converters: Design for EVs

Week 41-46

SEMESTER 2 COMPLETE

YEAR 2

Modeling & Simulation

Week 1-6

ADAS & Connected Vehicles

Week 7-11

EV Fleet Planning & Optimization

Week 7-11

Project Phase 1: Problem Definition, Literature Research & Methodology...

Week 12-21

SEMESTER 3 COMPLETE

EV Range Extension Technologies: Hydrogen Fuel Cell & Runtime Charging

Week 26-30

EV Diagnostics and Prognostics: Leveraging IoT, Data Analytics

Week 31-36

Project Phase 2: Problem Solution, Solution Validation & Implementation Plan

Week 37-47

SEMESTER 4 COMPLETE

In-person labs

Laboratory 1

EV Technology Familiarization

EV vs ICE vehicle system comparison, driving feel comparison, EV sub-systems identification on vehicle, and e-Powertrain physical integration aspects.

Laboratory 2

e-Powertrain Subsystems Familiarization

e-Powertrain disassembly to sub-system level, high-level characterization, and EV sub-Systems reassembly

Laboratory 3

Data Acquisition on vehicles

Data collection on electric vehicle using loggers, data analysis for driver behavior,data analysis for operating conditions, use-case creation for various functional validation.

Laboratory 4

Power Switching Devices & Power Converter Familiarization

Verify and compare PE components, build basic circuits, and study the characteristics of single-phase and three-phase rectifiers, DC-DC converters, and voltage inverters through relevant measurements.

Laboratory 5

Electric Machines Familiarization : ACIM, BLDC,PMSM, SRM

Learn motor functioning, disassemble and reassemble 2-3 motor types, perform basic characterization on the bench, and develop technical specifications from test results.

Laboratory 6

Vehicle Evaluation for Salvage & Insurance Claims

Evaluate second-use electric vehicle for HV & LV battery SoH, motor, consumables, roadworthiness, and components; perform mock evaluations. For accident survey, estimate damage, restoration, replacements, and insurance disbursement.

Laboratory 7

Safety Audit - EV Service & Charging Station

Conduct safety audits for EV service workshops and charging stations, including safety checklists, technician protection, safety protocols, fire extinguishers, evacuation plans, and foolproofing for ramps, pits, and parking.

Laboratory 8

On-Board Diagnostic Hardware Familiriazation

Identify and locate various ECUs, diagnostic ports (OBD-1, OBD-2), sensors, actuators, cables, and power flow components on vehicles, considering regulations, safety, and environmental factors like dust and water ingress.

Laboratory 9

Diagnostic Tools Familiarization

Explore various diagnostic tools (OEM, third-party, OBD dongles) and their uses, including hardware/software, diagnostic codes, messages, and exercises for root cause analysis and classification.

Laboratory 10

OBD Data Collection, Analysis and Setting-up Simple VHM

Collect vehicle data using OBD loggers, clean and compare with reference data, analyze failure signs, set up automated alerts, and integrate data analytics with vehicle health management systems.

Hands-on Projects

Semester 1 Project

EV Systems Engineering: Design & Integration coursework

You can either design an entire vehicle of any category, or an individual subsystemsuch as a battery, motor, etc.

Semester 2 Project

Advanced Energy Storage & Battery Systems in e-Mobility coursework

You will be conducting a technical assessment of either battery energy storage, such as, Li-ion or fully Hydrogen fuel cell or hybrid energy storage.

Mtech Project

MTech thesis project

Real world M.Tech thesis Project

Thrive with Globally Acclaimed EV Experts

We at EVacad have a panel of world’s renowned EV practitioners with 150+ years of combined Industry experience. Our EV experts deliver power-packed Live sessions and work closely with you on real-world projects to help accelerate your professional growth in the e-mobility industry.

Learn from the greatest minds of EV today to upskill, & master the latest EV technology. Grab this opportunity to transform your career & the world.

VNIT Faculty & Industry Experts

VNIT faculty has some of the greatest minds in EV today, with more than 150 years of combined industry and teaching experience. This program offers candidates an opportunity to interact with these domain experts in EV. Join this EV technology PG course to learn from them, upskill and master the latest EV technology, thought leadership and future trends.

Vikrant Vaidya

President, evACAD

Shashikant B. Thombre

Professor Mechanical Engineering, VNIT

Rahul Bagdia

Professor of Practice - VNIT

Dr. Kamal Vora

Chairman, ASDC Expert Group

Hemant Padhye

Director, ProBiz Innovations

Dr. Ritesh Kesari

Associate Professor, VNIT Nagpur

Dr. Makarand M. Lokhande

Assistant Professor, VNIT, Nagpur

Shekhar Malani

MD, Devise Electronics

Yamini Keche

EV Systems Engineer, pManifold

Dr. Ashwinkumar
Sudhir Dhoble

Associate Professor, Mechanical Engineering Dept., VNIT, Nagpur

Mr. Hemant Padhye

Director at Pro Business Innovations (OPC) Pvt. Ltd.

SME: EV Design, Verification & Validation Planning

Mr. Shivaram Kamat

Automotive Consultant ‍

SME: EV Modelling and Simulation for Product Development

Mr. Vivek Sahasrabuddhey

Founder Flekz AutoTech Private Ltd ‍

_S_ME: EV Value Chain and Circular Economy

‍ ‍

Dr. Ajay N Palkar

SKODA Auto Volkswagen India Pvt. Ltd. ‍

SME: Smart: ADAS, Autonomous, Connected

Dr. Ashwin Dhoble

Associate Profesor, Mechanical Enginering, VNIT

Automobile Engineering Trainers ‍

Dr. Upendra Kulshrestha

Assistant Director E-cell, Manipal University Jaipur

SME: EV Maintenance, Safety, Salvage and Recycling ‍ ‍

Mr. Rahul Bagdia

MD, evACAD ‍

Chairman & Managing Director at pManifold

Mr. Vikrant Vaidya

President evACAD ‍

SME: EV DesSME: EV Systems Engineering

Dr. Ritesh Kumar Keshri

Associate Professor, Department of Electrical Engineering, VNIT, Nagpur.

SME: Control Systems as applied to Electric Powertrains

‍

Mr. Shekhar Malani

M.D Devise Electronics ‍

Expert Trainers ‍

‍

Dr. Arghya Mitra

Assistant Professor at VNIT Nagpur ‍

SME: Electrical Engineering ‍

Dr. Makrand Lokhande

Associate Professor, Electrical Engineering, VNIT

Expert Trainers

Mr. Mukund Sutrave

MD Autopeepal Technologies Pvt Ltd. ‍

SME: EV Diagnostics and Prognostics: Leveraging IOT, Data Analytics

‍

Mr. Bhushan Bissa

pManifold & evACAD ‍

SME: Energy Sources and Powertrain Electrification - Hybrid, BEV, Fuel Cell

Mr. Shubham Deshmukh

CEO & Founder of Evano Mobility ‍

SME: Charging & Energy Infrastructure ‍ ‍

Mr. Ashwani Kumar Pandey

Co-Founder, Cellark Powertech Pvt. Ltd ‍

SME: Advanced Energy Storage & Battery Systems in e-Mobility_New Batteries, Ultracapacitors, Fuel Cells_ ‍

Mrs. Abhansha Somvanshi

e-Bus & Transport Planning, pManifold ‍

SME:EV Fleet Planning & Optimization ‍

Mr. Siddhesh Gosavi

CEO and Cofounder, Octarange Technologies Pvt Ltd

SME: EV Thermal Management: Batteries & Motors ‍

Thrive with Globally Acclaimed EV Experts

We at EVacad have a panel of world’s renowned EV practitioners with 150+ years of combined Industry experience. Our EV experts deliver power-packed Live sessions and work closely with you on real-world projects to help accelerate your professional growth in the e-mobility industry.

Learn from the greatest minds of EV today to upskill, & master the latest EV technology. Grab this opportunity to transform your career & the world.

Our Faculty

The team of business experts that formulated EVACAD has more than 150 years of combined experience in the EV industry. This program offers candidates an opportunity to interact with the greatest minds and domain experts in EV today.

Join this EV technology PG course to learn from them, upskill and master the latest EV technology, thought leadership and future trends.

Vikrant Vaidya

President, evACAD

Shashikant B. Thombre

Professor Mechanical Engineering, VNIT

Rahul Bagdia

Professor of Practice - VNIT

Dr. Kamal Vora

Chairman, ASDC Expert Group

Hemant Padhye

Director, ProBiz Innovations

Dr. Ashwinkumar
Sudhir Dhoble

Associate Professor, Mechanical Engineering Dept., VNIT, Nagpur

Dr. Nitin Kumar Lautre

Assistant Professor, VNIT, Nagpur

Shekhar Malani

MD, Devise Electronics

Yamini Keche

EV Systems Engineer, pManifold

Dr. Ritesh Kesari

Associate Professor, VNIT Nagpur

Master’s Degree in EV Technology from NIT Nagpur

Complete your MTech in EV Technology and start responding to job offers from top EV companies.

Apply Now

Is this program for you?

MTech in EV Technology has been designed as a stepping stone into a new career in eMobility. It is ideal for you if you are:

Fresh graduates
aspiring to work in the EV domain

Professionals working at
all engineering levels of Automotive ICE & EV Industry
Head of Departments, Senior Design Engineers,
Integration, Process, Hardware, Battery Management
& Simulation, Vehicle validation, QA etc.

Entrepreneurs & Startups
‍Become an impactful leader in the
e-Mobility Industry

Engineering students
who would want to add additional skills in EV
along with your college degree

PG Diploma : Engineering graduates from any stream.

MTech Degree : Engineering graduates from any stream.

Advanced/ PG Certificate: Diploma holders and above, with relevant industry experience may apply for the Advanced Certificate in EV Technology

Direct Admission
No GATE Score required

PG Certificate:

Either pursuing or completed B.E. / BTech degree in Electrical, Automobile, Mechanical, Mechatronics or related fields. Should have secured at least minimum 60% or equivalent GPA

People with 1-3 years work experience in automobile or allied fields

Campus Immersion session & lab setup

Admission Process

Admissions Process

Our Admission Process verifies that our program is the right fit for you. We make sure our batches form relevant teams within, to carry out the assignments and to work collectively on our precisely designed Capstone Projects

Start your

Application

• Fill Application Form
• Pay Application Fee (INR 1000/-)
• Document Verification

Attend the

Interview

Schedule a screening call with the office of the Admission director

Begin your

Journey

Admission confirmation and fee payment

*Once short-listed, the admission is first-come, first-serve basis.

Program Fees

Admission Fees ₹ 15,000/-

Total ₹ 4,05,000/-

PG - Diploma

Total ₹ 5,35,000/-

MTech Degree

Develop

Future-Ready Skills Today

‍Earlybird
‍Offer

₹ 2,25,000/- + GST

₹ 1,80,000/- + GST

*20% off till 30th Jun 2023
*10% off till 15th Jul 2023

Apply Now

**Contact us for group, referral, student discounts & flexible payment options

Low Cost EMI

Starting at ₹ 6097 per month

VIEW ALL EMI PLANS

Payment Partners

One Shot Payment

Straight 10% off

₹ 2,25,000/-

₹ 2,02,500/-

*Contact us to know more about financial assitance.

What our students Say

Bhavesh Rastogi

Head -Battery Business,
Gulf Oil

I sincerely appreciate the learnings shared via this program which clears vis-a-vis connect with the present scenario to adopt and ...

Ashwani Pandey

Director,
Cellark Powertech

This program has helped me a lot to clear all the doubts about designing the battery for several applications and how to think in ....

Christopher Amewuho

Head of Engineering,
Solar Taxi

The program has been very educational and interesting. I was exposed to a new set of tools and modeling techniques which is helping...

Alka Kumari

Logistics Planning Associate,
Colliers

This program has given me a wider idea of how Electric Vehicles can be monitored and used in real life for various freight and ....

Ritesh Keshri

Assistant Professor,
VNIT

I learnt a lot about EVs especially Battery Pack Configuration and Battery Management Systems. Trainers make sessions interactive...

Program Fee

Total Fees - INR 115,000 **103,500***‍

Avail this early bird offer ...NOW!!

*Offer valid till 6th October 2022 **Contact us for group, referral and student discounts *** 0% EMI

Single Shot Payment- INR 115,000 **93,150***‍

Apply Now

Start Learning at Rs.8166/ month

Total Fees : INR 98,000

Early Bird

Total Fees - INR 115,000 103,500*

*Offer valid till 15th April
2023

Offer valid till 6th Oct 2022

(Before the start of the program)

2nd Installment: INR 44,100

( 30 days post start of the program)

Apply Now

Single Shot

Total Fees - INR 115,000 109,250*

Avail the single shot discount offer

Offer valid till 6th Oct 2022

(Before the start of the program)

2nd Installment: INR 44,100

( 30 days post start of the program)

Admission Fee: INR 9,800

Bal Fee payment: INR 88,200

Get 5% off when you pay in full before the class begin

Apply Now

EMI

Flexible 0 cost EMI payment option available

Offer valid till 6th Oct 2022

(Before the start of the program)

2nd Installment: INR 44,100

( 30 days post start of the program)

Admission Fee: INR 9,800

Pay balance fees via No Cost EMIs

Apply Now

**Contact us for group, referral and student discounts

FAQ

When does the program start and what is the duration?

Aliqua id fugiat nostrud irure ex duis ea quis id quis ad et. Sunt qui esse pariatur duis deserunt mollit dolore cillum minim tempor enim. Elit aute irure tempor cupidatat incididunt sint deserunt ut voluptate aute id deserunt nisi.Aliqua id fugiat nostrud irure ex duis ea quis id quis ad et. Sunt qui esse pariatur duis deserunt mollit dolore cillum minim tempor enim. Elit aute irure tempor cupidatat incididunt sint deserunt ut voluptate aute id deserunt nisi.

How are the Classes conducted?

Electrical Engineering
Electronic Engineering
Mechatronics Engineering

What are the financial aid options available for the students?

Electrical Engineering
Electronic Engineering
Mechatronics Engineering

Will I get the Alumni Status?

Electrical Engineering
Electronic Engineering
Mechatronics Engineering

Have a question to Ask?

Thank you! Your submission has been received!

Oops! Something went wrong while submitting the form.

Alumni Network

Alumni Network

Kundai Takawira

Technical Supervisor,
Mobility for Africa

Sahana L.

Junior Technical Expert,
GIZ

Anirudh Narla

Transport Planner,
ICCT

Sushovan Bej

Technical Expert,
GIZ

Ameya Gambhir

Head of Advance Engineering & Hardware Development,
Hella Automotives

Prabhat Saxena

Senior Manager-Product Development,
Dailmer India Comm Veh Pvt Ltd.

Senthilkumar

Senior Project Engineer,
Meritor

Soma Sekhar

Technical Head,
Cummins

Alice Higiro

Project Director,
Rwanda ministry of ICT & Innovation

Bhushan Tuladhar

Chief Executive Officer,
Sahaj Yatayat

Joyce Aguirre

Project Evaluation Officer,
Government of Philippines

Ankeet Prasad

Budget Analyst,
Ministry of Economy Fiji

Umesh Saini

Consultant,
Idam infrastructure Advisory Pvt Ltd

Angel Joseph

Transport Planner,
UMTC

Jyoti Prasad Deka

Manager,
Ideaspoke

Jeh Haur

Technical Director,
ITP World

Vikas Kumar Jain

Technical Head,
KSDTPL

Abhishek Jain

Researcher,
Sanmati Traders

Rafael Tovo

Technical Head,
Embraer Aerospace Company

Akash Bagdia

Sr. Staff Engineer,
Huawei Technologies

FAQs for Mtech in EV Technology

1. What is MTech in EV Technology?

MTech in EV Technology is a specialized master's program focused on Electric Vehicle (EV) technology, offered by VNIT Nagpur in collaboration with evACAD. It equips students with comprehensive knowledge and practical skills in the field of electric vehicles, covering areas like design, manufacturing, and integration of EV systems.

2. How can I apply for the MTech in EV Technology program?

Interested candidates can apply online through the official website of evACAD. The application process typically involves filling out application forms, document verification, short interviews, paying the fees, and getting admission. Detailed instructions are available on the program's website.

3. What are the eligibility criteria for this program?

Eligibility criteria typically cover the candidates with a Bachelor's degree in Engineering from an approvedEligibility criteria typically cover the candidates with a Bachelor's degree in Engineering from an approved university. Specific requirements can be found on the program's official website evACAD. university. Specific requirements can be found on the program's official website evACAD.

4. What is the fee structure for the MTech in EV Technology program?

Please refer to the official website of evACAD or contact the admissions office for the most accurate and up-to-date information regarding fees.

5. What is the duration of the MTech in EV Technology program?

The duration of the program usually spans over two years comprising 4 semesters. Students undergo a rigorous curriculum, including theoretical coursework, practical sessions, end-semester exams, and possibly internships or thesis projects to complete their MTech successfully.

6. Does the program offer dedicated placement support?

Yes, the program offers dedicated placement support to its students. The institute, in collaboration with evACAD, often assists with internships, placements, and career guidance to help students kickstart their professional journey in the field of EV technology.

7. What are the career prospects after completing this program?

Graduates of MTech in EV Technology have a wide range of career opportunities in the rapidly growing EV industry. They can pursue roles in EV design, manufacturing, research & development, project management, consultancy, and more. The demand for skilled professionals in this field is expected to rise significantly in the coming years.

8. Is financial assistance or scholarships available for students enrolling in this program?

This is a completely self self-financed program where you are eligible to gain admission to NIT, Nagpur without a GATE score. So, there is NO scholarship available.

9. Is the degree awarded by VNIT recognized as a regular degree?

Yes, the MTech degree awarded by VNIT (Visvesvaraya National Institute of Technology) is regular and holds the same recognition and value as any other degree offered by the institute.

10. What sets MTech in EV Technology apart from other similar programs?

MTech in EV Technology stands out due to its comprehensive industry-valued curriculum, expert faculty, flexible hybrid mode of learning, admission to NIT without a GATE score, and hands-on training opportunities. The program is designed to meet the evolving needs of the EV industry and provides students/professionals with the skills and knowledge required to excel in this dynamic field.

11. Is there any hands-on training involved in the program?

Yes, the program often offers hands-on training opportunities. Students may have the chance to work on real-world projects, intern with leading companies in the EV sector, and gain practical experience through workshops and offline lab sessions scheduled in every semester.

12. Are there offline lab sessions available at the VNIT campus?

Yes, the program typically includes offline lab sessions at the VNIT campus, specifically in the "Centre of Excellence Lab of e-Mobility." These lab sessions provide hands-on experience and practical training in the field of electric vehicles, enriching the learning experience and preparing students for real-world challenges.

13. What is the mode of learning for the program?

The program is typically offered in hybrid mode. Online lectures, assignments, and discussions are complemented by offline lab sessions and practical training at the VNIT campus, enhancing the learning experience.

14. Can I pursue this program through distance learning or part-time mode?

This program offers you a Hybrid mode of learning where you can learn through live online sessions and self-paced learning but there are some compulsory offline sessions at the end of every semester which every candidate is required to attend to successfully complete their particular semester.

15. Where can I find more information about MTech in EV Technology and the application process?

For more information about MTech in EV Technology, including program details, admissions criteria, and application procedures, please visit the official website of evACAD. Additionally, you can reach out to the contact information mentioned in the website for assistance and clarification on specific queries.

Build in-Demand-skills with Hands on project

View All

Designing of a high performance electric 2W / 3W / 4W. Perform battery sizing, motor selection & recommend a suitable charger

Determine the suitability of a 72V, 15kW motor for a 4-wheeler with GVW of 1100kgs. Design battery pack to meet the range of 120kms on a single charge.

Determine range, charging requirements, and other performance characteristics for a 7-ton e-Truck for long haul transport application

Develop / choose a duty cycle and fix the performance target for a 4-seater e-auto. Size the battery pack. Estimate the charging times needed to charge the selected battery using household charger / Level-1 1-Φ AC charger.

Model the closed loop CCCV battery charge controller and size the charger for fast charging the battery from 20% SoC to 80% in 1 hour

Using a real-world drive cycle, model the vehicle, size the motor and select the gearing system to meet the vehicle's powertrain performance target and demonstrate the motor operating in the best efficiency zone.

Motor & battery sizing of 8.5 ton Palm Oil Fresh Fruit Bunch logistic Truck with TCO-based recommendations on Pure Electric or Hybrid Electric

Battery pack modeling and TCO modeling of a 7.5 Ton Urban e-Commerce Truck

Motor & battery sizing of a 40 T Cement Bags Truck with TCO-based recommendations on Pure Electric or H2 Fuel cell

Duty-cycle creation with collection for 11T urban delivery truck and TCO modeling for ICE Diesel vs ICE LNG vs Electric

Note: Candidates can use the above list of topics as a reference or suggest as per their interest.