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Why choose this course?
This master’s degree equips students with the skills needed to address the energy transition in the field of building systems and in the industrial sector, through two curriculums: sustainable building design and technology, and sustainable industrial systems. The approach is highly multidisciplinary and characterised by laboratory activities.
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Educational objectives
This Course draws on classic engineering methodologies but is also strongly informed by a multidisciplinary approach. It seeks to train the professionals of tomorrow to solve complex problems related to the energy transition from fossil fuels to renewable energy sources, with applications in building systems and the industrial sector.
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Career prospects
Graduates in Engineering for the Energy Transition will be able to manage energy systems in line with national and EU sustainability goals, within a complex and constantly evolving legislative and regulatory framework thanks to an ability to combine technical skills with a solid understanding of the broader context, including administrative, economic, and social aspects.
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Final examination and degree
Graduates obtain a master’s degree (EQF 7) valid at national level and also recognised at an international level. The final mark is out of 110 and the final examination consists of the defence before a board of examiners of a thesis related to a significant project or piece of methodological work.
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