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Título - Eficiencia energética

Doctoral Programme in Energy Efficiency and Sustainability in Engineering and Architecture

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Presentación - Eficiencia energética

This is an inter-university doctoral program involving the University of the Basque Country, the University of Vigo and the University of Burgos.

The Doctoral Program in Energy Efficiency and Sustainability in Engineering and Architecture aims to provide advanced training in the analysis, design, and evaluation of innovative solutions to address energy and environmental challenges in the building, industry, and transportation sectors. The Doctoral Program includes all cross-disciplinary research covering this topic.

Mathematical tools (dynamic, exergetic, and predictive models, optimization algorithms), experimental techniques (thermal testing, energy monitoring, microscopy, in-situ measurements), computational methodologies (energy simulation, CFD, artificial intelligence, neural networks, BIM software), and social, regulatory, and territorial approaches are used to developed the research lines that enrich the systemic understanding of energy efficiency and sustainability.

The above constitutes a research ecosystem that allows doctoral students to develop solutions from applied engineering, architectural design, and technological innovation towards a more responsible energy future.

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Ficha de Grado

Part-time studies

Duration : 7 - 8 years

Places available : 2

Approximate fees : 219 € / academic year

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Full-time studies

Duration : 4 - 5 years

Places available : 8

Approximate fees : 301 € / academic year

Contact

Academic queries : koldobika.martin@ehu.eus

Administrative queries : eficienciaenergetica.doke@ehu.eus

Suggestions and requests

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Research teams and research topics

Research teams and research topics
Research teamsResearch topics
Decarbonisation and sustainability
  • Environmental Impact and GHG Emissions Reduction: Research into cleaner combustion processes, environmental impact assessment through life cycle analysis, optimization of energy systems to decarbonize industrial processes.
  • Sustainable Urban Planning and Climate Adaptation: Exploration of decarbonisation strategies to achieve sustainable cities that are resilient to climate change.
Efficient and renewable energy
  • Advanced Technologies for Supply and Demand Management: : Development and implementation of innovative technologies for the management and optimization of energy consumption.
  • Energy Efficiency in the main consumer sectors: Optimizing the use of energy resources in buildings, industry, and transportation.
  • Renewable Energy Systems: Study and development of modelling and simulation methodologies to optimize the design and operation of renewable energy systems.