University of the Basque Country University of the Basque Country

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Título - Ingeniería de proyectos

Doctoral Programme in Project Engineering

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Presentación - Ingeniería de proyectos

The Doctoral Programme in Project Engineering is aimed at research into the organisation of projects and sustainable processes, such that the results of research into project management processes reinforce the results of technology.

The programme is developed at the UPV/EHU, in some cases in collaboration with local companies. The people who finish this doctorate will be qualified to carry out research (especially engineering or applied research) in the area of projects and sustainability, as well as for work in this field.

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Part-time studies

Duration : 7 - 8 years

Places available : 10

Approximate fees : 219 € / academic year

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Full-time studies

Duration : 4 - 5 years

Places available : 10

Approximate fees : 301 € / academic year

Contact

Academic queries : rikardo.minguez@ehu.eus

Administrative queries : projectengineering.doke@ehu.eus

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Research teams and research topics

Research teams and research topics
Research teamsResearch topics
Business Organisation and Projects
  • Data-analytics-driven business management
  • Digital transformation: industries, organisations, institutions and projects
  • Integration of sustainability criteria into project management
  • Interaction between new technologies and society
  • Methodologies and tolls in project management
  • Optimisation nof production and service systems
  • Sustainability, innovation, ethics and people
Sustainable Product and Process Design
  • Design, modelling and optimization of innovative processes and reaction systems applied to different raw materials
  • Development of thermocathalytic processes for obtaining clean fuels and high added-value products, preferably using renewable materials
  • Eco-design of industrial products and development of renewable and circular materials
  • Implementation of life cycle assesment methodologies and environmetal footprint analysis in the design of circular products
  • Integration of tools and techniques from reverse engineering and additive manufacturing applied to design engineering in clinical simulation, mechanism development, digital dental workflows, etc.
  • Urban and regional digital twins