Sort by
Refine Your Search
-
Category
-
Program
-
Field
-
research on Responsible AI, foundation models and multimodal Large Language Models for mental health applications. · Develop and evaluate trustworthy AI methods, including uncertainty estimation and bias
-
Computational and quantitative modelling These converging methods allow us to trace exploration moment by moment, linking behavioural organisation to environmental complexity and neural dynamics. This post will
-
PhD level (or nearing completion / submission) in a related subject area or relevant industrial experience. · Have expertise in Large Language Models, Natural Language Processing, Machine Learning
-
, environmental and ecological management; and the analysis, modelling and visualisation of complex and diverse datasets to support stakeholder engagement and decision-making. Informal enquiries are welcome and can
-
additional meta-data, and check those data for accuracy and novelty before entering them into HGMD. You should have a degree in a relevant discipline, be IT literate and have some experience in the sphere
-
advanced analytics, structural intelligence, large language models, and a metaverse‑style interactive environment. You will play a central, leading role in building the software, decision‑making and
-
research project to explore the potential of NLP for real-world applications, as well as to enhance the understanding of NLP technology and language models. The post holder will contribute to the overall
-
, ensuring effective resource allocation and robust governance. Leading and empowering multidisciplinary teams, developing talent, embedding new ways of working, and modelling our institutional values. Acting
-
builds, you’ll get plenty of opportunity to use additional content production skills across our wider digital channels, as you create and adapt content to fit seamlessly into marketing and communications
-
severe exposure to wind-driven rain, can provide resilient, comfortable, low carbon homes fit for the 21st century. The project is in collaboration with Cardiff University’s School of Engineering