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building information modelling PhD Projects, Programmes & Scholarships
We have 53 building information modelling PhD Projects, Programmes & Scholarships
We have 53 building information modelling PhD Projects, Programmes & Scholarships
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Digital twin for integration of thermal minewater thermal resources into engineering systems
To meet our national Net Zero emission targets, it is essential that we accelerate the decarbonisation of energy production. More than 50% of Scotland’s energy demand is for heating. Read more
Using CIM for Systems integration and sustainable urban regeneration (CIM-SUR)
City Information Modelling (CIM) is a new approach which merges existing digital technologies for urban management and building management, i.e. Read more
Data driven engineering for improving asset risk management
The Management of Project (MoP) Research Group is a vibrant ecosystem of cutting-edge research initiatives and activities within the Department of Mechanical, Aerospace and Civil Engineering (MACE). Read more
PhDs in Natural and Built Environment
Our research seeks to understand the impact of social, environmental, and economic changes on society, drawing on this understanding to contribute to the better design and planning of spaces and places. Read more
Interpretable data-driven building energy analytics
Supervisory Team. Dr. Massimiliano Manfren and Prof. Patrick AB James. Project description. Applications are invited for a fully-funded PhD studentship working on data-driven interpretable building energy analytics. Read more
Building Information Model Development Using Generative Adversarial Networks
Generative Adversarial Networks (GAN’s), are an approach to generative modelling using deep learning methods, such as convolutional neural networks. Read more
Engineering Better Social Outcomes through Requirements Management and Integrated Asset Data Processing
The needs of society are no longer serviceable using the traditional methods of infrastructure providers and operators. Urbanisation, pressure on global resources, population growth and migration across borders is placing new demands, which traditional methods can no longer adequately serve. Read more
Spectroscopy and Modelling of Rare-Earth Ions in Quantum-Information Candidate Materials
Quantum memories based on rare-earth ion dopants are arguably the best available, offering high efficiencies, multi-hour coherence times, and large bandwidth storage of entanglement. Read more
Modelling the dynamics of neural tube development, PhD Studentship (Funded by the QUEX Institute)
Project Summary. How the central nervous system develops from its embryonic precursor, the neural tube, is still only poorly understood. Read more
PhD Studentship in Materials: developing, modelling and testing novel paints for coil coating of metal substrates
Applications are invited for a research studentship in the field of developing, modelling and testing novel paints for coil coating of metal substrates, leading to the award of a PhD degree. Read more
Doctoral College, explore our PhD opportunities across our research centres
The Centre for Stress and Age-Related Disease comprises internationally-recognised researchers working on multidisciplinary projects at the biology-chemistry interface. Read more
Fractional order modelling of neurons
Project Overview. Fractional order calculus (integro-differential equations that are of non-integral order) is an emerging methodology with wide applications across all areas of Physics and Engineering. Read more
Can a bacteria brain play Ping-pong and Go?
Although initial discussions regarding bioelectricity and its role in the fundamental understanding of various cellular behaviours took place in the 1970s, the bioelectrical view of cells as a more general concept has remained limited to the fringes of biological research for five decades. Read more
A step change in the modelling of enzymatic catalysis
A deep understanding of enzymatic processes requires an atomic-level description, which is often beyond experimental techniques but achievable through synergy with computational chemistry. Read more
New therapeutic approaches against cancer: development of self-reliant, nuclease-resistant bioconjugates to silence highly oncogenic microRNAs
Short functional non-coding microRNAs are implicated in many types of cancer, and thus can be used as biological targets for development of more selective and powerful anticancer therapies. Read more