LEVEL
Introductory
DURATION
3 hours
TRAINER
CIM4.0
MODE
Hybrid
TRAINEES
Max 7
PRICE
The course is structured according to chapters linked by an introduction of regulatory scenario and context of individual and collective transportation use. The individual chapters deepen and detail the technical content, starting with the generation of energy, its transformation and use in different forms, associated with the reduction of CO2 emissions. Finally, closing the technical part are the indications and scenarios for truly sustainable medium-term applications.
In detail:
Definitions, rationale, and state of the art.
The path to sustainability.
Production, storage, and distribution.
Electric vehicles and battery evolution scenarios.
Production and utilization, benefits and challenges for transportation media
Issues and opportunities to support the transition
Sustainable directions and directions
The target audience for the course are managers, technicians and students who need a thorough understanding of the different implications and scenarios of "green" mobility management, an issue that is as topical as ever in the context of a large slice of the market in which the demand for professionals adequately trained on the subject is increasing.
As part of the NODES project and consistent with Ecosystem's objectives, the course is part of the training course regarding technologies for reducing the environmental impact of transportation vehicles, as a preparatory first step in clarifying to participants what impacts environmental sustainability has on the entire energy supply chain. In this way, courses on vehicle electrification and applications of alternative sources to mobility can be framed in a broader scenario that explains how CO2 emissions are a problem, but can become an opportunity, for the development and application of technologies belonging to different fields, from mechanical engineering to chemistry.
The course therefore develops from the current guidelines and goals assigned to the field of transportation for CO2 reduction and how these can be implemented in a scenario that considers the habits and needs of users and includes solutions to contain emissions, from energy production to technical solutions to be applied to vehicles.
English language available upon request.
The subscription must be carried out within the fifth working day preceding the course starting date.
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