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EV Design and Manufacturing - EV Bootcamp 2023 - Pune
INTRODUCTION:
This is India's biggest and only EV Bootcamp program offered annually for engineering students and EV enthusiasts which has been successfully conducted since 2016.
A 15 days EV Bootcamp on Electric Vehicle Design and Manufacturing is a domain-specific internship-cum Bootcamp program specially designed to help engineering students give a platform for industrial internship in electric vehicle technology learning and building a real prototype to gain practical knowledge and a globally recognised certificate.
This IICP program has been designed by our industry’s subject experts to educate and train you on the latest electric vehicle technology from the component level to the vehicle level. The objective of the IICP is to give a hands-on learning platform to engineering students to provide know-how knowledge with its applications to enhance the employability for industry-ready manpower and also self-employability.
The course of this program is designed to offer a fundamental understanding of the electric vehicle design approach, vehicle dynamics, powertrain working principles, powertrain specifications, vehicle development, and integration. This program is highly specialized in the area of new product development, vehicle design, and analysis of EVs using hardware and software platforms.
The participants will learn the importance of electro-mechanics, battery pack design, energy storage system, wire harness, vehicle design and dynamics. The modules of this program are majorly focused on hands-on learning and demonstrations to give application-based learning to the participants.
Trainers Profile
REGISTRATION DETAILS:
- Group participation discounts are available (contact us for inquiry)
- Limited Intake of 20 candidates per batch. Admission on only First Come First Serve basis.
SCOPE OF LEARNING?
- 60% hands-on session
- One industrial project to develop a working EV prototype
- To learn and develop how to build Electric Vehicle
- Learn about Part Design, Powertrain Design Architecture, Motor & Controller, Li-Battery Pack Design and Battery Management System
- Discussion on industrial scenario and demand at the International level
- Module wise activities & demonstrations
- Industrial Delegate's guest lectures
INDUSTRY SCENARIO
- By 2025, the Indian EV industry will demand 2 million industries ready manpower
- Major home-grown automakers are going to extend the manufacturing facility of EV
- India will be manufacturing major parts of EVs under the banner of Make in India
- India is the world's biggest 2-wheeler manufacturer and 5th largest four-wheeler manufacturer as well as consumer in the world
CAREER OPPORTUNITY
- ABI certificate is an Internationally recognized
- Widely accepted in any EV industry or any similar industry
- Our programs are approved and validated by the industry with a unique verification code
- Networking and Idea sharing platform on EV Bootcamp
- Opportunity to meet and interact with industry experts and speakers
WHY SHOULD YOU ATTEND?
Since EV technology has become the present requirement of transportation to curb pollution in our cities where there is a global shift from ICE (conventional vehicles) to EVs (electric vehicles). With the growing industry, there is a huge requirement for skilled engineers in the specific domains of technology which demand mixed- skill i.e. electro-mechanical or mechatronics to be the best-suited skills as per the industry demand. Here, our modules are being designed taking the international skill set demand into consideration from the industry like Tesla to Ather Energy.
MODULES
ABI - O1001 - Introduction to EV & HEV Technology
Under this module, we will start from the very basics of EV and HEV technology. We understand how these technologies are different from ICE technology. We will summarise about different EV and HEV technologies and the history behind this.
ABI - O1002 - Electric Vehicle Design Considerations
In this module, we will let you understand the major design considerations in EV and HEV from ICE. We will help you to make you understand and learn about how EV is different in design aspects. We will also discuss the scenario with a practical case study. You will also learn about the different chassis platforms being used for EV's. In this module, we will showcase our own prototype model EVE during the session to make you learn and visualise the concepts.
ABI - O1003 - EV Powertrain Selection Mythology - Part1
Under this module, we will take you through the major component of an EVs. You will learn about
- Key nomenclatures of each component,
- Powertrain transmission methods,
- Different gearbox and its applications with case studies,
- Use of the differential in EV's.
We will also present a FORMULA-E case study on powertrain transmission system used for high-performance vehicles.
ABI - O1004 - EV Powertrain Selection Methodology Part 2
Under this module, you will be exposed to vehicle dynamics where you will learn and understand the different factors affecting speed, performance and durability of EV's. Thus, the selection of powertrain has to be rugged. We will present a case study with live products to help you understand the different scenarios. Also, you will get hands-on learning on different calculations to understand how to select the EV powertrain. You will learn
- Motor selection with graph study,
- Different EV motors and their critical selection challenges,
- Selection of transmission system
ABI - O1006 - Energy Storage System (ESS)
Under this module, we will help you to learn and understand about different Lithium battery technology, its shape and dimensions with different applications, its different chemistries and the logical approach in the selection of each chemistry. As ESS is one of a very important component of EV's, we will make you learn about the selection of cell to the module to the making of a battery pack, battery safety and thermal properties. You will also get exposed to how does BMS and battery work together with visuals and examples. You will also learn about
- Charge and Discharge characteristics,
- Cell Balancing,
- C-rating and
- IR values
ABI - O1007 - Charging Systems
Under this module, you will learn about the charging system and technology used in the electric vehicle. You will learn about the following concepts such as
- Isolated & Non-Isolated On-Board charging system
- Availability ranges of On-Board charging systems
- Advantages & Disadvantages of On-Board charging system
ABI - O1008 - Testing and Validation Protocols
Under this module, you'll learn about the following testing and validation protocols such as -
- Acceleration Test
- Drive Cycle-City, Highway, Traffic
- Range estimation for different drive cycles
- Response time pedal to the wheel
- Temperature mapping for EV components
- Voltage and current drawn by auxiliary components like AC, heater, headlamp etc.
- Current drawn mapping
WHO CAN PARTICIPATE:
- B.E./B.Tech/Diploma – Automobile, Mechanical, Electrical, Electronics, Industrial, Production, Computer Science Engineering students
- B.Sc/M.Sc graduates or postgraduates
- Engineers, professionals and Intermediate level students interested in pursuing knowledge on Electric Vehicle **
CERTIFICATION:
All the participating students will be given a “Certificate of Participation” and a “Certificate of Training” will be awarded based on assessment grades (on basis of an assessment taken at the end of the workshop) issued by “Autobot Engineers India Pvt. Ltd.”
Center
- June Batch: Batch 1 June 5th -10th, 2023; Batch 2 June 24th to 30th, 2023
- July Batch: Batch 1 July 10th - 15th; & Batch 2 July 22nd to 28th, 2023