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Electric Vehicle Design and Development
ABOUT PROGRAM
The transformation from conventional technology to future technology, the existing knowledge and experience have arrived at the point that we need to unlearn and learn about the new applications and to understand the basic fundamentals of these technologies.
The automotive sector majorly being dominated by the IC powertrain so far but with the emergence of environmental challenges, the whole world is looking ahead for new kind of energy which is an electric vehicle to drive the mobility sector.
The complexity to understand the EV powertrain design methodologies, selection producers and it’s working principals to evaluate the performance of the components or vehicle becomes the serious challenge for many OEMs.
The 6 weeks of the blended crash course on Electric Vehicle Desing, Assembly and Testing has been designed to offer comprehensive knowledge development with practical learning on the key domains of the electric vehicle. This course objective is to impart hands-on learning to develop your skills and to make you eligible to build your career in the EV sector.
Trainers Profile
REGISTRATION DETAILS:
- Limited 20 seats. Admission on a first-come basis.
- Group participation discounts are available (contact us for inquiry)
- Limited Intake of 20 candidates per batch. Admission on only First Come First Serve basis.
- Fee Inclusions - Registration Kit and Autobot Grade Certificate.
INDUSTRY SCENARIO
- By 2022, 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 EV 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
- Autobot certificate is a established named in the EV industry and has its certification credential value
- 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 the pollution in our cities where there is a global shift from ICE (conventional vehicle) to EVs (electric vehicles). With the growing industry, there is a huge requirement of skilled engineers in the specific domains of the technology which demand the mixed- skill i.e. electro-mechanical or mechatronics to be 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 - A306 EV Design Considerations and Methodology
- Various types of motors and their working principles
- Various Application of Motors in Electric Vehicle Space
- Design and selection methodologies of motors
- Various motor controllers and motor control techniques
ABI - A203 - ENERGY STORAGE & BMS
- Lithium ion, Lithium iron phosphate, Lithium titanate oxide, Lead Acid
- Prismatic and cylindrical cells, Cell combinations, Series and parallel connections,
- Cell holder/structures, Battery management system design, Active balancing and Passive balancing,
- Overview of BMS functions, Overview of BMS/Battery test parameters,
- Battery thermal management system, Overview of where & why BTMS required,
- Overview of Thermal management technology, SOC determination methods and their efficiency
- Power management in EVs
ABI - A203 - EV INTEGRATION & TESTING
- ARAI, ITAC standards for equipment and hardware approval
- AIS standards like AIS 038, 039, 040, 041, 048, 049
- Electric vehicle components demonstration and connection
- Electric Vehicle Design & Integration
- Electric Vehicle Troubleshooting & Testing
ABI - A106 Electric Vehicle Powertrain
- Understanding Electric Vehicle
- Components of Electric Vehicle Powertrain
- Different powertrain combinations of EVs and Hybrid
- Global and domestic scenarios of electric vehicle industry
- Readiness of Indian auto industry towards electric vehicles
- Constraints for electric vehicles in India
ABI - M203 Powertrain Selection Part 1
- Power Transmission: Methods
- Case Study: Belt Steup vs chain setup
- Gearbox: Significance and Arrangements
- Differential
- Case Study: Formula E Gearbox
- Automated Gearbox
- Continuous Variable Transmission System
- CVT vs Gearbox
ABI - M204 Powertrain Selection - Part 2
- Vehicle on a Gradient: Forces acting
- Factors affecting Aerodynamic Forces
- Tire Grip and Losses
- Factors for Rolling Resistance
- Calculation of Traction force
- Selection of Transmission
- Motor Selection - Graph Study
- Fixed vs Hub Motor
- Case Study: Formula 1 Hybrid Setup
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 candidates will be awarded Autobot Level 1 “Certificate of Completion” scoring a minimum of 60% overall. Candiates qualifying our certification will be given a “Certificate of Participation”.
Center
Online Batch: Immediate
Offline Hands-on Hub:
Offline: Autobot Academy Hands-on Hub - Pune and Bangalore
