Electric Vehicles and Charging Infrastructure for Decarbonisation of Land Transportation

The 5-day course aims to

• provide a comprehensive understanding of sustainable transportation systems, including their environmental impact, societal implications, and economic feasibility.
• explore global trends and innovations in green transportation technologies, including electric vehicles, fuel cells, hydrogen, and alternative fuel vehicles.
• examine the technical, economic, and social considerations in the adoption of sustainable transportation systems, identify challenges and opportunities associated with implementation, and evaluate the major systems and components of electric vehicles and fuel cells.
• assess the performance and sustainability of batteries and charging infrastructure for electric vehicles, analyze the impact of electric vehicles on transportation of goods and people, and evaluate the integration of electric vehicles in public transportation systems.
• examine the impact of autonomous vehicle technology on the future of transportation and mobility and evaluate the advantages of electric vehicles in supporting autonomous vehicle technology.

What You'll Learn

The course is designed to provide participants with a comprehensive understanding of the latest trends and technologies in sustainable transportation, with a focus on electric vehicles and associated infrastructure. Participants will learn about the environmental impact of transportation, the challenges and opportunities of adopting green transportation systems, and the technical and regulatory considerations associated with electric vehicles.

Minimum Entry Requirement

A degree or diploma in engineering or disciplines related to land transport, sustainability, energy or environment.