Electromobility
By taking this course, you will be able to take advantage of the job opportunities that come with this knowledge and understanding, as well as being able to contribute to the development of new mobility solutions.
In short, Hydrogen Technology I gives students what they need to get started in the future-oriented field of sustainable energy technologies.
Module 01
Design of Electric Vehicles & Hybrid Electric Vehicles
Module 02
Electric vs. Combustion Engines
Module 03
Motor Performance Lithium-ion Battery Capacity
Module 04
Electric Vehicle Batteries
Module 05
Energy Storage and Environmental Footprint
Module 06
Fuel Cell Technology
Electromobility
Introduction to Electromobility
Electromobility, often abbreviated as e-mobility, represents the integration of electric power in transportation systems, ushering in an era of environmentally friendly, energy-efficient vehicles. With increasing global awareness about climate change and a concerted push towards reducing carbon emissions, the demand for skilled professionals in electromobility is rapidly growing. Courses such as e mobility courses online and electric mobility courses offer a path to mastering the skills needed in this evolving sector.
Electromobility covers everything from electric cars and buses to bikes and scooters, encompassing not just vehicle manufacturing but also the supporting infrastructure such as charging stations and smart grids. As the world shifts towards greener alternatives, learning and specialising in e mobility courses in India opens up vast opportunities in the automotive, renewable energy, and technology sectors.
What You’ll Learn:
- E-mobility fundamentals: Understanding the core principles of electric vehicles
- Electric motor technologies: Learn about the latest advancements in electric propulsion
- Battery and power management systems: Dive into battery technology and how to manage electric power for maximum efficiency
- Charging infrastructure: Explore the backbone of electromobility – from home chargers to citywide charging networks
- Global and Indian e-mobility markets: Analyse market trends and emerging technologies in India and across the globe
- Regulatory and policy frameworks: Learn about the incentives and policies driving electromobility adoption
Why Choose This Course?
- Expert Instructors: Industry professionals with extensive experience in electric vehicle technologies.
- Practical Applications: Real-world case studies and hands-on projects ensure you’re ready to implement what you’ve learned.
- Flexible Learning: Access course material anywhere, anytime with lifetime access to the online content.
- Certification: Earn a certificate upon completion to showcase your electromobility expertise to potential employers.
Who Is This Course For?
- Automotive Engineers: Gain an edge by learning about the latest advancements with a e mobility course.
- Energy & Sustainability Enthusiasts: Explore how electromobility courses are driving the shift toward a cleaner, greener planet.
- Government & Policy Makers: Learn about the policies and incentives necessary to promote e-mobility on a national scale.
- Students: Aspiring engineers and innovators looking to enter the booming electric vehicle market.
- Entrepreneurs: Those interested in tapping into the growing e mobility market.
Course Overview
Get ahead in the fast-evolving world of electromobility by enrolling in one of our industry-leading e mobility courses. Whether you’re interested in electric mobility courses or want to learn about e mobility in India, we have the right course for you. Plus, the first lecture is free! Enrol today to start your journey with a trial lesson and explore the future of sustainable transportation risk-free.
Course Contents
Module 1 | Electromobility
- Free
- Introduction, Prof. Carsten S. Schröder
Module 1: Electromobility, Prof. Anton Karle
Module 1 | Electric Vehicles
- Electric Vehicles, Prof. Carsten S. Schröder
- Electric Vehicle Design Differences
- Quiz -2 questions
- Advantages of Electric Vehicles
- Quiz -1 question
- Pros and Cons of Electric Vehicles
- Summary
- Industrial Practice: erockit Production
- Industrial Practice: erockit Max Kruse
- Industrial Practice: erockit Autobahn
- Study Notes
Module 1 | Design of Electric Vehicles
- Design of Electric Vehicle, Prof. Carsten S. Schröder
- Construction Forms of Electric Vehicles
- Quiz – 1 question
- Range Extenders and Hybrids
- Quiz -1 question
- Summary
- Study Notes
Module 1 | Hybrid Electric Vehicles
- Hybrid Electric Vehicles, Prof. Carsten S. Schröder
- Degrees of Hybridization
- Quiz -1 question
- Types of Plug-in-Hybrids
- Quiz -1 question
- Summary
- Study Notes
Module 2 | Vehicle Drives
- Module 2: Vehicle Drives, Prof. Anton Karle
- Electric-powered Commercial Vehicles, Prof. Carsten S. Schröder
- Electric Commercial Mobility Solutions
- Electric Bicycle Technology Overview
- Summary a+b
Module 2 | Electric vs. Combustion Engines
- Engine Comparison, Prof. Carsten S. Schröder
- Electric vs Combustion Engines
- Differences between Petrol and Diesel Engines
- Summary 06 a+ b
- Study Notes
- Quiz -2 questions
Module 2 | Efficiency
- Efficiency, Prof. Carsten S. Schröder
- Calculating Efficiency
- Efficiency in Hybrid Vehicles
- Summary
- Study Notes
Module 3 | Electric Drives
Module 3: Batteries, Prof. Anton Karle
- Electric Drives, Prof. Carsten S. Schröder
- Basics of Electrified Powertrains
- Three-phase Motor Explained
- Summary
- Study Notes
- Quiz -2 questions
Module 3 | Motor Performance
- Performance, Prof. Carsten S. Schröder
- Electric Car Motor Performance
- Summary
- Study Notes
- Quiz -2 questions
Module 3 | Lithium-ion Battery
- Lithium-ion Batteries, Prof. Carsten S. Schröder
- Lithium-ion Vehicle Batteries, part 1
- Lithium-ion Vehicle Batteries, part 2
- Summary
- Study Notes
- Quiz 10 -2 questions
Module 3 | Battery Capacity
- Battery Capacity, Prof. Carsten S. Schröder
- Electric Vehicle Battery Capacity
- Summary 11
- Study Notes
- Quiz -2 questions
Module 4 | Inverters
Module 4: Fuel Consumption and Range Determination, Prof. Anton Karle
- Inverters and Electronics, Prof. Carsten S. Schröder
- Inverters and Electronics
- Summary
- Study Notes
- Quiz -1 questions
Module 4 | Electric Vehicle Batteries
- Electric Vehicle Batteries, Prof. Carsten S. Schröder
- Electric Vehicle Battery Charging
- Electric Vehicle Battery Capacity
- Summary
- Study Notes
- Quiz 2 questions
Module 4 | Batteries: Modes and Standards
- Charging Modes and Standards, Prof. Carsten S. Schröder
- Electric Vehicle Charging Modes
- Charging Plugs: Types and Standards
- Summary
- Study Notes
- Quiz 3 questions
Module 4 | Battery Charging
- Battery Charging, Prof. Carsten S. Schröder
- Charging Infrastructure
- Inductive Charging and Battery Swapping
- Summary
- Study Notes
- Quiz 2 questions
Module 5: Energy Storage and Environmental Footprint
- Recuperation
Module 5: Calculations
Module 5 | Energy and Environmental Footprint
- Module 5: Energy and Environmental Footprint, Prof. Anton Karle
- Energy, Prof. Carsten S. Schröder
- Energy Sources
- Renewable Energy and Electric Vehicles
- Summary
- Study Notes
- Quiz -2 questions
Module 5 | Energy Storage
- Energy Storage, Prof. Carsten S. Schröder
- Energy Supply and Storage
- Electrical Storage Technology for Electromobility
- Summary
- Study Notes
- Quiz 3 questions
Module 6 | Sustainability
- Sustainability, Prof. Carsten S. Schröder
- Environmental Impact
- Sustainability in Car Manufacturing
- Summary 21
- Quiz 2 questions
- R&D: Reiner Lemoine Institute RLI, Berlin I
- R&D: Reiner Lemoine Institute RLI, Berlin IV
- R&D: Reiner Lemoine Institute RLI, Berlin III
Module 6 | Fuel Cell Technology
- Fuel Cell, Prof. Carsten S. Schröder
- Overview of Fuel Cell Vehicles
- Fuel Cell Vehicles: Future Potential
- Summary 22
- Quiz -2 questions
Module 6 | Hydrogen
- Hydrogen, Prof. Carsten S. Schröder
- Hydrogen as Energy Storage
- Hydrogen Transport Options
- Summary
- Study Notes
- Quiz – 2 questions
- Module 6 | Outlook
- Outlook, Prof. Carsten S. Schröder
- Summary
- Interactive Exercises
- Electromobility Exercises
- Calculation Exercises
- Electromobility Calculations
Meet the instructor
Prof. Dr.-Ing.
Anton Karle
Dr.-Ing. Anton Karle worked for many years as a development engineer in automotive engineering. He was a professor at Furtwangen University (HFU), focusing on technical mechanics, control engineering, and project management. Dr.-Ing. Anton Karle has been involved in electromobility development for the past 30 years.