Electric Vehicle Design and Development (EVDD)
EVDD is our flagship Level 2 certification course since 2018 with the highest rating by learners who opted for its highly specialised course content in EV Design and Development considerations. You'll master the EV powertrain sizing and selection process for any EV application along with its design, development and operation know-how development.
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India’s #1 EV technology specialized learning platform in collaboration with
Why we're ranked #1
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Specialized and Industry FocusedWe’re India's first and only EV technology learning platform which is specialised and offers industry focused certification courses.
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Technology Learning ExperienceAutobot Learning Studio™ is a unique and powerful tool which offers world class technology learning experience to learners with virtual hands-on experience.
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Learning Collaborations and RecognitionAutobot Academy offers the widest range of exclusive certification and courses in collaboration with top EV companies with global recognition to learners.
Key Highlights
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Project based learning
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Collaborative learning eco-system with ALS
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Become Level 1 certified EV engineer
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Project based learning
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Collaborative learning eco-system with ALS
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Become Level 1 certified EV engineer
- TOP SKILL YOU WILL LEARN You will learn about the basic concepts of EV technology from its inception to today’s time.
- JOB OPPORTUNITES The EV sector in India expected to create 10 million jobs by 2025. The Indian electric car market size was valued at $71.1 million in 2017 and is projected to reach $707.4 million by 2025.
- WHO IS THIS COURSE FOR? Any entry level candidate can opt this course to groom your basics in EV technology.
- MINIMUM ELIGIBILITY Anyone with interest in EV.
Stand out with Autobot globally recognized GRADE certificate and make a distinctive pace in your EV career.
Autobot Grade Certificate is a globally recognized and industry-accepted certificate issued by Autobot Academy in association with Autobot India or other industry partners which is awarded to only qualified learners who complete the course with a minimum of 60 percent throughout the course.
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Syllabus
Introduction to EV
This module talks about the basics of the automobile - the basic requirement for a vehicle to be labelled as an automobile. The various architecture present and their combinations.
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Introduction to Automobile
In this video we will discuss about the basic requirement for a vehicle to be termed as an automobile and take a look at the different architecture available currently in the market. And by the end we will study the major components of an electric vehicle. -
History of Automobile
In this video we will journey through time in order to understand the reasons and factors resposnible for coming of EV. -
Current Scenarios
In this video we will look at the trends for last decade and the future predictions in EV industry. Also, discuss about the factors affecting the EV industry. -
Regulatory Norms (Intro to CMVR, AIS, IP ratings)
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Key Components of EV
Types of EV and its Architectures
This module starts by mentioning the various types of electric vehicle architecture, currently present in the market.
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Types of EV Architectures
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Parallel Hybrid Vehicle
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Series Hybrid Vehicle
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PHEV and BEV
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Micro vs Mild vs Full Hybrid
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Mild Hybrid Vehicle
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Full Hybrid
Powertrain Selection Process
In this module, you will go through the process of calculating the forces acting on an accelerating vehicle. Understand the basic concepts of various resistive forces acting, their causes and factors to optimize their effects on the vehicle, in order to maximize efficiency and performance as per the utility. And by the end of the module calculate the total power required for the propulsion of the vehicle and motor to be selected.
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Introduction to Powertrain Selection Process
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Calculation 1: Aerodynamics Forces
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Calculation 2: Air Resistance Calculations
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Calculation 3: Flow Around Cone and Sphere
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Drag Reduction
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Case Study 1 : Maruti Suzuki Aerodynamics Design
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Case Study 2: BMW i8 Aerodynamics Design Concepts
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Case Study 3: Ather 450x and Nissan Leaf EV Aerodynamics Design
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Rolling Resistance: Concept of Roll, Slip and Skid
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Rolling Resistance: Wheel Specification
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Rolling Resistance: Concept of Hysteresis Loss
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Rolling Resistance: Contact Patch
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Rolling Resistance: Brush Model
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Rolling Resistance: Tyre Losses
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Rolling Resistance: Loss Optimisation
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Motor Selection: Force Calculation
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Motor Selection Procedure
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Motor Selection Process: Force Limitations
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Motor Selection Process: Speed Vs Torque Curve
Electrical Machine - Motor and Controller
Now that you understand the motor power and performance required, this module will discuss the basics of the motor and its control. The types of motors available to select from, and the various methods through which their performance could be manipulated.
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Motor Working
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DC Series Motor - Working - P1
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DC Series Motor - Characteristics
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Alternative Power Current
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Induction Motor - Working
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Induction Motor - Characteristics P1
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Induction Motor - Characteristics P2
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BLDC Construction
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BLDC Working
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BLDC Characteristics
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PMSM Working
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DC-DC Converter
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Buck Converter
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Boost Converter
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Bi-directional Converter
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DC-AC Converter
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Controller
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Inverter
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BLDC Controller
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SPWM
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Conclusion of E-powertrain
Battery and BMS
In this final module, you will walk through the final stage of electric vehicle design - battery pack. You will start with various cell types and the parameters to look for while selecting the suitable cell. Following this you go on to select the battery pack and calculate the cell combination. Now the major concern with the battery pack is safety - hence, comes the BMS. You will look at the basic architectures of BMS available and how to select the suitable BMS for your application. And finally by the end of the module you will be able to calculate the range of the battery pack.
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Why Li-ion Battery?
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Structure and Comparison of Lithium-ion Battery Chemistries
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Introduction to Battery Pack
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Cell Arrangement in a Battery Pack
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Battery Pack Design Parameters
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Testing & Validation of Cell & Battery
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Performance of Battery in Real Condition
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What is Battery Pack?
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Battery Assembly & Parts
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Cell & Battery Pack Testing
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Why BMS?
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Main Features of Li-battery BMS
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BMS Block Diagram
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BMS Class A Architecture
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Measuring Cell Voltage
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BMS Topologies
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Current Measurement
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Safety Parameters
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Cell Balancing
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Fuse Selection
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Examples of Wire Bond for Battery and BMS - Tesla & Ather
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Merits & Demerits of BTMS
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Battery Pack Range
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Driving Cycle
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Range Calculation
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BMS Topologies
L1 Hands-on Projects @ Autobot Academy
The blended model program offers offline hands-on session exposure to you to learn and understand the real-time electric vehicle and components at our Hands-on Hub in Pune and Bangalore.
Component Assembly and Testing, Coponents Integration
You will start your hands-on week at Autobot Academy Hub in Bangalore and Pune on the real-time projects for EV Component Assembly, Testing and Integration.
Vehicle Testing and Assembly
In this hands-on module session, you will get exposure to Vehicle level basic testing, troubleshooting process and assembly of components, system to the vehicle.
- Learn about powertrain selection, motor selection, batter pack selection process
- Learn about complete architecture of the an electric vehicle from scratch.
- You can do the projects on Motor and Battery selection for the EVs.
- Learn about the Battery testing parameters, BMS selection process.
- Learn about all motors used in 2wheeler, 3 wheeler and 4 wheeler about their construction, operation and applications.
- You will learn about the calculations Powertrain selection for Retrofitment of EV from ICE.
- Do hands-on projects on component level testing on Battery, Motor, Controller and Charger.
- Do the hands-on on Electric Vehicle Assembly and Disassembly, Component Integration and Wire-harness connections.
- Learn how to integrate the BMS with Battery pack as per AIS standards.
Industry Mentors and Resources
- Industry mentors, learning resources, personalised learning experience and graders will help you along the way to resolve any subject matters related queries
- They grade your assignments and share one-on-one feedback
Autobot Learning Studio (ALS)™
- More freedom to learn with projects virtually using Autobot Learning Studio anytime, anywhere
- Autobot Learning Studio™ allows learners to take live notes while taking the lectures and stay accessible for a lifetime
Autobot Member Community (AMC)
Community Benefits
- Autobot Certified Members will get lifetime access to AMC.
- Get access to job alerts, trends, and industry insights.
- Opportunity to boost up your credibility in the industry.
- Access to Autobot exclusive knowledge session by experts.
- Lifetime Autobot Forum access for learning, networking, collaborations.
