About Course
I.C. engines use fossil fuels to operate resulting in highly toxic gases and noise. An electric powered bike can be a good solution towards this problem. But existing I.C. engine bikes will pose a problem of depreciation and disposal. Hence converting these I.C. engine vehicles to electric can be a great way to overcome many existing problems.
This CAD DESK course provide a good opportunity to learn major components required for E-bike and how one can convert a petrol bike into E-bike.
In this course we are providing blended learning student will get theoretical knowledge with the hand on practical in the automobile workshop along with that we will provide the knowledge of required software for complete solution.
Learning Objectives
- Introduction to Electric Vehicle
- History of EV
- Components of Electric Vehicle
- EV Terminology
- Components of Petrol bikes
- Petrol bike to E-bike conversion process
- Advantages of Conversion
- Limitations of conversion
- Major Components required for E-Bike
- Working principle of E-bike
- Replacement of IC Engine
- Frame Design and Analysis
- Drive Assembly
- Motor and Motor Controller
- Motor Placement
- Battery Management System
- Battery Pack Design
- Battery Charger
- Charging Process
- Cost of Conversion
Course Features
- Key Concept
- White Board Calculation
- Design Procedure
- Costing Calculation
- Documentations
- Case Study based on Real Life Example
- Hand on Practical
- Practical Session in Automobile Workshop
- Project Based Blended Learning
Software Include
- AutoCAD Electrical
- SolidWorks
- SolidWorks Electrical
- ANSYS WB
Who Can Join?
- Anyone who wants to learn about Electrical Vehicle
- Professional already working in the field of EV
- Master and Ph.D. Scholars
- Any Graduate/Under Graduate from Automobile/Electrical/Mechanical Stream
- Diploma in Automobile/Electrical/Mechanical
- Minimum Qualification required: 12th pass
