Fundamentals of Electric Vehicles

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Tanzeel Ur Rehman .

1:24:05

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1. Introduction to Electric Vehicles

1. Lecture 1.1 What is Electric Vehicles.mp4

03:04

2. Lecture 1.2 History of Electric Vehicles.mp4

04:22

3. Lecture 1.3 Types of Electric Vehicles.mp4

03:48

2. Key Components of Electric Vehicles

1. Lecture 2.1 The Electric Motor for EV.mp4

04:15

2. Lecture 2.2 The Battery Pack.mp4

04:19

3. Lecture 2.3 Power Electronics for EV.mp4

04:00

3. Charging and Infrastructure

1. Lecture 3.1 Charging Basics.mp4

04:28

2. Lecture 3.2 Charging Stations and Networks.mp4

04:24

3. Lecture 3.3 Charging Standards and Connectors.mp4

04:30

4. Environmental and Economic Impact

1. Lecture 4.1 Environmental Benefits of EVs.mp4

04:30

2. Lecture 4.2 Economic Benefits of EVs.mp4

04:28

3. Lecture 4.3 Challenges and Limitations of EVs.mp4

05:02

5. Module 5 Future of Electric Vehicles

1. Lecture 5.1 Upcoming EV Technologies.mp4

05:46

2. Lecture 5.2 Market Trends and Predictions.mp4

04:59

3. Lecture 5.3 Role of Governments and Policies.mp4

04:49

6. Practical Considerations for EV Owners

1. Lecture 6.1 Choosing the Right EV.mp4

04:01

2. Lecture 6.2 EV Maintenance and Care.mp4

04:44

3.1 Lecture 2.1 The Electric Motor for EV.mp4

04:16

3. Lecture 6.3 Living with an Electric Vehicle.mp4

04:20

Description

Mastering the Basics of EV Technology and Sustainable Transportation

What You'll Learn?

Understanding EV Technology: Students will gain a comprehensive understanding of the key components and technology behind electric vehicles, including electric
Environmental and Economic Impact: Students will learn about the environmental benefits and economic implications of electric vehicles, including how they compa
EV Market Trends and Innovations: Students will be able to identify and analyze current trends and future innovations in the electric vehicle market, including
Maintenance and Safety Practices: Students will acquire practical knowledge on maintaining electric vehicles and ensuring safety, including battery care, regula

Who is this for?

All levels of Electric Vehicles learners

What You Need to Know?

Basic Understanding of Physics and Chemistry: A fundamental knowledge of physics, especially concepts related to electricity and magnetism, and basic chemistry, particularly electrochemistry, will help in understanding how electric vehicles operate. General Automotive Knowledge: Familiarity with basic automotive concepts and terminology, such as the functioning of internal combustion engines and basic vehicle components, will provide a good foundation for comparing and contrasting with electric vehicles. Interest in Sustainable Technologies: A genuine interest in sustainable and green technologies, particularly in the context of transportation and automotive industries, will help in engaging with the course material more effectively. Basic Mathematical Skills: Proficiency in basic mathematics, including algebra and basic calculus, will be beneficial for understanding the technical aspects and calculations related to electric vehicle performance and efficiency.

More details

Description
Unlock the Future of Transportation with Our Comprehensive Course on Electric Vehicles!
Are you curious about the world of electric vehicles (EVs) and eager to understand the technology driving the future of transportation? Our "Fundamentals of Electric Vehicles" course is designed to provide you with a thorough understanding of EV technology, market trends, and the environmental and economic impact of electric mobility.
What You'll Learn:
Understanding EV Technology: Dive into the core components and technology behind electric vehicles, including electric motors, batteries, power electronics, and charging systems.
Environmental and Economic Impact: Explore the environmental benefits and economic implications of electric vehicles, including emissions reduction, energy efficiency, and cost savings.
EV Market Trends and Innovations: Stay ahead of the curve by learning about the latest trends and innovations in the electric vehicle market, such as advancements in battery technology and autonomous driving.
Maintenance and Safety Practices: Gain practical knowledge on maintaining electric vehicles and ensuring safety, with a focus on battery care, regular maintenance procedures, and unique safety considerations.
Why Enroll in This Course?
Expert-Led Instruction: Learn from industry experts with extensive experience in electric vehicle technology and sustainable transportation.
Comprehensive Content: Our course covers all the essential aspects of electric vehicles, from basic principles to advanced topics, ensuring a well-rounded understanding.
Flexible Learning: Access the course materials at your own pace, with lifetime access to all video lectures, quizzes, and downloadable resources.
Practical Insights: Benefit from real-world examples and case studies that illustrate the practical applications and advantages of electric vehicles.
Who Should Take This Course?
Automotive Enthusiasts: Anyone interested in the future of automotive technology and sustainable transportation.
Students and Professionals: Ideal for engineering students, automotive professionals, and anyone looking to transition to a career in the electric vehicle industry.
Eco-Conscious Individuals: Those passionate about environmental sustainability and looking to reduce their carbon footprint through knowledge of electric vehicles.
Join us on this exciting journey to discover the fundamentals of electric vehicles and become a part of the electric mobility revolution. Enroll now and take the first step towards mastering the future of transportation!
Who this course is for:
All levels of Electric Vehicles learners

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Automotive Engineering

Tanzeel Ur Rehman .

Instructor's Courses

Tanzeel Ur Rehman PhD Scholar Electrical Engineering (Electric Vehicles)Power Electronics ConvertersRenewable EnergyControl SystemsAs Founder/CEO Indus Electric Electric Two Wheeler (Electric Motorcycle Company) with vision to introduce indigenous and Retrofit/Converted Motorcycle and also new Models in Market by research, design, development,innovation, technology and commercialization growth and scalability.As PhD Scholar major in EV research and development and knowledge of electric vehicle technology and industry as leadership role.As founding HoD Department of Engineering Technology at renowned and prestigious university where my prime role to provide strong academic leadership to lead, manage and develop the department to ensure it achieve the highest possible standard of excellence in all activities supported by faculty and administration (VC & Registrar) office with leadership and management, responsibility for teaching and students, research, technology innovation,incubation, acceleration, commercialization, knowledge transfer, people management, financial management and quality assurance.As GM Utilities (Power Generation, Boiler, Compressor) at one of the leading multinational garment industry oversee the activities of utilities division.

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