Energy, Transport, Mobility & Smart Cities

Efficient and smart energy, transport and mobility to build the cities of the future

Energy, Transport, Mobility & Smart Cities

About this hub

Based at the University of Seville (Spain)

Seville coordinates the European Committee of the Regions’ Green Deal Working Group, to ensure the voice of cities and regions is at the heart of the EU’s path towards climate-neutrality

It promotes education, research and innovation on efficient and smart energy production and storage, transport, and mobility to build the cities of the future

Works towards achieving sustainable generation and use of energy to develop a balanced urban model

Description

One of the greatest challenges of the 21st century lies in the sustainable generation and use of energy to develop a balanced urban model, which is also a strategic objective for our six cities.

From February 2020, the Major of Seville chairs the Commission for the Environment, Climate change and Energy (ENVE) of the European Committee of the Regions. From this position, Seville coordinates the European Committee of the Regions’ Green Deal Working Group, to ensure the voice of cities and regions is at the heart of the EU’s path towards climate-neutrality. This is a unique opportunity for Ulysseus to critical contribute to European environmental challenges.

Using its complementarity capacities and the associated partners’ proficiency in this area, Ulysseus educates, trains, creates, and transfers transdisciplinary new knowledge in Energy, Engineering, Computer, Electrical, Electronic, Building and Civil and Aeronautic Engineering, Materials Science, Architecture, Physics, Chemistry, Mathematics, Biology and Economics.

Key research areas

Energy systems:

  • Energy systems control. Thermal Engines and Machinery
  • Power Engineering. Electrical Engineering
  • Energy conversion and efficiency
  • Renewable energy
  • Energy distribution
  • Aeronautics and maritime Engineering

Energy for society:

  • Energy economics, sustainability, and global use of resources management
  • Energy Policies
  • Air and maritime transport management

Smart cities:

  • Smart Grids
  • Intelligent low CO2 production systems in energy and transport
  • Digitalization and smart cities
  • Global Energy and carbon footprint prospective
  • Energy and transport modelling
  • Mobility and urban planning

Materials in Energy:

  • Catalysts, materials for extreme environments, aeronautics, trains
  • Energy Storage

Recent activities

More information