Executive MTech in Advanced Electrical Vehicle Systems

Course Duration 2 years

Course Fees INR 3,70,000
(Excluding Optional Fee)

Min 2 years of Experience within preceding 5 Years Should have B.Tech/ BE/ M.Tech/ MSc ( In Relevant Field- 4 Semester Program) / MCA (4 Semester Program) / MS Degree (min. 4 Semester Program). In the qualifying degree at least 55 percent marks or equivalent 5.5 CGPA/CPI must be there. In case of the candidate belonging to SC, ST, or Persons with Disability (PwD) category, this is relaxed to 50% or equivalent 5.0 CGPA/CPI. For MCA/MSC passed graduates, the percentage score of MCA/MSC would be considered. For BE/BTech Engineering graduates without PG specialization, the percentage score of the undergraduate degree would be considered. For a post graduation in the Engineering field of study, PG score qualification can be considered. Selection process will be scheduled post counseling & application process, depending on the number of eligible applications as per seat availability for the program. This entire process will be online.

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Executive MTech in Advanced Electrical Vehicle Systems

The Executive MTech in Advanced Electrical Vehicle Systems Systems is a specialized program designed for professionals in the electric vehicle (EV) industry. The online electric vehicle course covers a range of topics from basic electric and hybrid vehicle technologies to cutting-edge advancements in battery systems, propulsion methods, and sustainable energy. The curriculum ensures comprehensive knowledge of electric vehicle technology, including energy storage, powertrain engineering, and smart grid integration.

Program Objectives

To introduce the fundamental concepts and technologies behind electric vehicles (EVs).

To analyze the challenges and future trends in the EV industry.

To gain proficiency in the use of control techniques for electric drives.

To provide an in-depth understanding of various battery technologies, including their chemistry, design, and applications.

To develop skills in analyzing, designing, and managing battery systems for various applications, including electric vehicles and renewable energy storage.

To develop skills in designing and evaluating renewable energy solutions for EV charging and power management.

To explore the design, operation, and optimization of power converters and control strategies for EV applications.

To evaluate the emerging trends and future developments in EV charging technologies and infrastructure.

Program Highlights

An esteemed certification, campus immersion & alumni status from IIT Bhilai

Learn through Virtual Instructor-Led Training (VILT)

Explore top-notch learning with industry experts

WHO IS THIS PROGRAM FOR?

Engineers and software developers seeking a profound understanding of advanced electric vehicle systems will discover this program to be invaluable for refining their expertise.

This program is also well-suited for entrepreneurs, innovators, and tech enthusiasts who are eager to master the intricacies of Advanced Electric Vehicle Systems.

The Executive MTech in Advanced Electrical Vehicle Systems Systems is designed to meet the needs of individuals who are enthusiastic about advancing their careers and making a significant impact in the digital age, particularly within the rapidly evolving landscape of electric mobility.

Executive MTech in Advanced Electrical Vehicle Systems program provides students with a comprehensive understanding of the principles and components of electric vehicles.
Ability to design and evaluate key components of electric vehicles, such as battery systems and electric motors.
Proficiency in analyzing the performance of various electric drive systems.
Capability to select appropriate drive systems for industrial applications.
Capability to apply knowledge of battery systems in real-world scenarios, particularly in electric vehicles and renewable energy solutions.
Knowledge of the impact of renewable energy integration on EV performance and sustainability.
Insight into emerging trends and technological advancements in renewable energy for electric vehicles.
Capability to utilize simulation tools for designing and testing power electronic systems in EV contexts.
Understanding of the integration of EV charging infrastructure with renewable energy sources.
Skills to analyze and predict the impact of EV charging technology on the energy sector.

Course Structure

Semester I

Course Code	Course Name
EV01	Fundamentals of Electric Vehicles
EVE06	Energy Storage and Conversion
EV03	Electric Drives and Control

Semester – II

Course Code	Course Name
EV04	Battery Technology and Manufacturing
EVEXX	Power Systems & Electronics
Select any one of the three options
EVEXX	Energy & Sustainability
OR
EVEXX	Power Systems & Electronics
EVEXX	Energy & Sustainability
OR
EVEXX	Energy & Sustainability
EVC01	Campus Immersion

Semester – III

Course Code	Course Name
EVEXX	Innovation, Business & Testing
EVEXX	Energy & Sustainability
EVP01	Minor Thesis

Semester – IV

Course Code	Course Name
EVEXX	Elective – (Any Category)
EVP02	Major Thesis

Elective Courses

Category	Sem	Course Code	Course Name
Power Systems & Electronics	2	EVE01	EV Charging Technology and Infrastructure
	2	EVE02	Smart Grids and EV Integration
	2	EVE03	Basic Power Electronics for EVs
Energy & Sustainability	3	EVE04	Power Quality Control for EVs
	2	EV02	Renewable Energy Systems for EVs
	2	EVE08	Thermal Management Systems in EV
	2	EVE09	Vehicle Dynamics and Modeling
	4	EVE07	Environmental Impact of EVs
Innovation, Business & Testing	3	EVE11	Project Management in EV Industry
	3	EVE12	EV Business Models and Market Analysis
	3	EVE13	Autonomous and Connected Vehicles
	4	EVE15	Testing and Certification of EV Batteries

Course Fees

Executive MTech in Electrical Vehicle Systems
Application Fee (Non Refundable )	5,000
Admission Fee	Instalment 1	Instalment 2	Instalment 3	Instalment 4
Admission Fee	91,250	91,250	91,250	91,250
Total Fee	3,70,000

Course Fees

Executive MTech in Electrical Vehicle Systems	Sem 1	Sem 2	Sem 3	Sem 4
Optional Virtual Labs	4,000	4,000	–	–
Optional Campus Immersion Fee	–	10,000	–	10,000
Optional Institute Alumni Fee	–	–	–	6,000
Total Optional Fee	34,000

Refund Policy:

Application/Registration fees is non-refundable.
Fees will be collected only after IIT Bhilai confirms the batch start date.
90% refund of the paid Course fee is applicable if requested on or before 30 days of the batch commencement date.
No refund is applicable post- batch commencement.

Admission Process

1

Online Application
2

Payment of Application Fees
(Non Refundable)
3

Document Verification
4

Shortlisting based on work and educational profile
5

Payment of Admission Fees
6

Acknowledgement

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