Online self-paced 6-week introductory course to sustainable and equitable solutions in urban mobility, and to the “living labs” model: a method of co-development among public and private actors, researchers, and civil society to accelerate innovation in climate action and sustainable urban planning and development. The course can be accessed via MITx: Transformative Living Labs in Urban Climate Action and Transportation Planning The course is offered by Massachusetts Institute of Technology (MIT) through the edX platform.
Online 4-week self-paced course on decarbonization measures in the building and transport sectors. Learn about trends in energy usage, carbon intensity, and potential of available alternatives to limit greenhouse gas (GHG) emissions. The course can be accessed via DelftX: Designing Climate-Neutral Buildings and Transport The course is offered by Delft through the edX platform.
Online self-paced 6-week introductory course on electric mobility and the pathway to the integration of e-mobility in sustainable urban transport systems. The Course uses interviews, articles, videos and readings to prepare you for the future of public transport.. The course can be accessed via Exploring the World of Electric Buses: Advancing Zero-Emission Public Transport The course is offered by TUMI (Transformative Urban Mobility Initiative), who is funded by the German Federal Ministry for Economic Cooperation and Development (BMZ) and implemented by Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH in collaboration with all TUMI partners.
One-stop resource to help urban municipalities, communities, stakeholders to scope, plan, fund electric vehicle (EV) charging infrastructure and diverse forms of electric mobility. Click to access: Charging Forward - A Toolkit for Planning and Funding Urban Electric Mobility Infrastructure Keywords: Planning, Urban Electric Mobility
This course offered by the Mona Academy of Science and Technology that is designed to provide teachers with a working understanding of the technologies, trends and sustainability considerations of electric mobility. The course explores technological advancements, environmental implications and societal impacts of electric mobility. Click to register: Mona Academy of Science and Technology Registration Form Keywords: Introductory Course, EV Technology
A guiding document for improving the urban transport of the cities. The document covers the; Process of visioning, formulating objectives, identifying relevant indicators, and setting targets for sustainable mobility. Scenario development (task 3 and 4 of CMP) with a framework to assess the impact of strategies and options incorporating electric mobility. Methodologies for forecasting electric vehicle adoption scenarios. A framework for identifying actions for faster adoption of electric mobility. Click to view: City Electric Mobility Strategy (CEMS) Keywords: E-mobility, Electric Buses, Urban Mobility, Vehicles, Fuel, Public mobility strategy
Emissions Calculator for calculating GHG emissions in transport as well as developing and evaluating climate scenarios of passenger and freight transport for road and rail. Developed in accordance with IPCC guidelines for BAU emissions, projected sustainable urban mobility plans (SUMPs) and national urban mobility policies (NUMPS) and investment programmes. Click to access: MobiliseYourCity Emissions Calculator Keywords: Emissions Calculator
Recommendations to policy makers on transport and climate finance for sustainable, low-carbon transport. Click to view: Climate Finance as the Engine for More Low-Carbon Transport Recommendations to Policy Makers on Transport and Climate Change Keywords: Policy, Climate Finance, Recommendations
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