ERBE represents an exciting partnership between MaREI (Ireland), University College London (UK), and the University of Loughborough (UK) that is funded through the SFI-EPSRC ‘Centres for Doctoral Training’ (CDT) Programme, and which aims to promote excellence in research through the training of cohorts of doctoral students and the fostering of collaboration between UK and Ireland based researchers.
ERBE will train innovative leaders with the necessary skills to transform the relationships between buildings and the energy system, providing sustainable, affordable, and healthy places to live and work. In order to achieve this, a whole system multi-disciplinary approach will be implemented that draws on the skills of each ERBE partner, involving the training of 68 students across five separate intakes.
“You will participate in a four-year integrated programme of energy demand research in a whole energy system context. You will be registered in one of MaREI’s seven institutional partners and will be co-supervised by a UK-based investigator.
There are core modules which have been co-created with partners from across industry, government, and academia, and will cover topics such as energy policy and society, energy data and analysis, building modelling, physics of the built environment, and socio-technical theory and methods.
Key to the cohort experience of this PhD programme is the participation in an annual Block Week in Loughborough University; along with a Summer School, Colloquium and a student-led conference, along with participation in events and training specific to your own research.
The ERBE CDT PhD Programme will provide the knowledge, research and transferable skills to enable outstanding graduates from physics to social sciences to pursue research in one of three themes:
Flexibility and resilience: the interaction between buildings, both domestic and non-domestic, and the whole energy system, through new generation, storage, and energy efficiency technology, enabled by smart control systems and new business models.
Technology and system performance: demand reduction and decarbonisation of the built environment and its utilisation through design, construction methods, technological innovation, cyber-physical monitoring and control systems and regulation.
Comfort, health and well-being: building, energy, and ICT systems that create productive and efficient work and operational environments and affordable, clean, safe homes.”