Electric Vehicles and Modern Mobility Systems

As cities worldwide shift away from internal combustion engines, understanding the mechanics and logistics of electrification is essential for staying ahead in the transport sector. This course provides a comprehensive foundation in electric vehicle technology, charging ecosystems, and the socio-economic factors driving global adoption. You will gain a clear perspective on how electric mobility functions, from the chemistry of battery cells to the complexities of urban grid integration. By the end of the text-based modules, you will be able to evaluate the true environmental benefits and economic challenges of transitioning to an electric fleet. What you'll learn: - Understand core electric vehicle components, including battery systems and powertrain basics - Analyze the environmental lifecycle of electric vehicles compared to traditional alternatives - Explore charging infrastructure requirements, including smart charging and grid stability - Evaluate the economic feasibility and accessibility of electric mobility in diverse global contexts - Identify emerging trends such as vehicle-to-grid (V2G) technology and battery recycling - Assess the role of policy and urban planning in scaling sustainable transportation systems The course begins with essential terminology and engineering fundamentals before moving into practical applications of infrastructure and future-looking mobility strategies. This structured approach ensures you build a solid knowledge base before exploring complex industry trends. This course is designed for beginners and curious professionals with no prior engineering background required. Start your journey into the world of electric mobility today.