A Futuristic Course on EV Technology
This cutting-edge program is designed to immerse participants in the rapidly evolving field of electric vehicles (EVs). Offering an in-depth exploration of EV technology, its environmental impact, and the future of sustainable transportation, the course provides a comprehensive understanding of the key components and systems that drive electric vehicles. Ideal for engineering students, automotive professionals, and those keen to deepen their knowledge of EV technology, the program equips participants with the skills and insights necessary to thrive in the electric mobility industry. Whether you're seeking to launch a career in the EV sector or enhance your existing expertise, this course delivers the knowledge and tools essential for success.
Description
The Electric Vehicle (EV) Technology Course provides an in-depth exploration of the cutting-edge technologies and innovations shaping the future of transportation. It delves into the core components of electric vehicles, their operational principles, and the profound impact on the automotive industry and environment. Designed for engineers, automotive enthusiasts, and sustainability advocates, this course combines theoretical knowledge with practical insights, offering a well-rounded understanding of EV technology and its role in driving the global shift
toward sustainable mobility.
Course Objectives
By the end of this course, participants will:
- Understand EV Basics: Get a strong understanding of how electric vehicles work and the technology behind them.
- Learn About Batteries: Explore different types of batteries, how they work, and how they are managed in EVs.
- Know Charging Systems: Study the different ways EVs are charged, the infrastructure required, and future improvements in charging.
- Understand Power Electronics: Learn about the role of power electronics in EVs, like inverters and converters, and how they fit into the system.
- Examine Vehicle Performance: Look into how EVs perform, including features like regenerative braking and managing heat.
- Consider Environmental and Economic Impacts: Understand the environmental benefits and economic factors involved in switching to EVs.
Assessment and Certification
- Assignments: Complete tasks to check your understanding of key ideas.
- Practical Projects: Work on real-world projects related to EV technology and design.
- Final Exam: Show your overall understanding of the course through a final test.
- Certification: Earn a certificate when you successfully finish the course, proving your skills in EV technology.
Who Should Enroll
This course is for:
- Engineering Students: Those studying automotive, electrical, or mechanical engineering.
- Automotive Professionals: Engineers, designers, and technicians in the car industry.
- Enthusiasts: Anyone interested in electric vehicles and new technologies.
Day 1 Schedule
| TIME | TOPICS |
|---|---|
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1 Hour |
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1 Hour |
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0.5 Hour |
Break |
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1.5 Hour |
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Day 2 Schedule
| TIME | TOPICS | ||
|---|---|---|---|
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1 Hour |
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1 Hour |
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0.5 Hour |
Break |
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1.5 Hour |
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Day 3 Schedule
| TIME | TOPICS |
|---|---|
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1 Hour |
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1 Hour |
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0.5 Hour |
Break |
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1.5 Hour |
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Day 4 Schedule (Luxury Car Actively working Workshop OJT)
| TIME | Group A | Group B |
|---|---|---|
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1 Hour |
PMGR Workshop OJT |
Body & Paint Shop OJT |
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1 Hour |
Body & Paint Shop OJT |
PMGR Workshop OJT |
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1 Hour |
Certification Handover |
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OJT - On The Job Training
Topics for this course
13 Lessons