Professor Vania Dimitrova
- Position: Professor of Human-Centred Artificial Intelligence
- Areas of expertise: knowledge capture; text analysis; ontological modelling; information exploration; user/group modelling; user-adapted interactive systems; decision support systems; intelligent learning environments
- Email: V.G.Dimitrova@leeds.ac.uk
- Phone: +44(0)113 343 1674
- Location: 9.11h E C Stoner Building
- Website: My Personal Site | Googlescholar | Researchgate
Vania Dimitrova leads research activity on human-centred artificial intelligence which builds intelligent systems that help people make sense of data, take decisions in complex settings, expand their knowledge, learn from experience, and develop self-regulation skills. Her research explores the use of data and knowledge models to get insights into user-generated content, understand users and influence behaviour, capture knowledge and support information exploration. Her research is conducted in cross-disciplinary collaboration with researchers from Medicine and Health, Engineering, Social Science, Education and Psychology, and actively involving end users. She is currently President of the International AI in Education Society and Co-Director of the UKRI Centre for Doctoral Training in AI for Medical Diagnosis and Care. She was Co-Director of the Leeds Research Centre in Digital Learning and was Director of Technology Enhanced Learning Strategy at the Leeds Institute of Medical Education. She is Associate Editor of the International Journal of AI in Education, and Frontiers of AI: AI for Human Learning and Behavior Change. She was Associate Editor of IEEE Transactions on Learning Technologies (IEEE-TLT) and a member of the editorial boards for the personalisation journal (UMUAI). She chaired the premier international conference on user modelling (ACM UMAP) and key conferences in intelligent learning environments (AIED, ECTEL, ICCE), as well as a series of international workshops on key topics related to intelligent mentoring, user modelling, social systems, intelligent exploration.
- Equality and Inclusion Lead, Faculty of Engineering and Physical Sciences
- Co-director of the UKRI Centre for Doctoral Training in AI for Medical Diagnosis and Care
- Short text analysis – analysis of user-generated content (comments, reviews, questionnaire responses) to gather insights about user opinions, behaviour, interaction, interests. Areas of application: patients voice, digital learning, behaviour change.
- Knowledge capture - ontological modelling and capturing tacit knowledge; my recent work focuses on combining ontologies and machine learning for knowledge capture in ill-defined domains (decision making, sensemaking, advising/mentoring). Areas of application: urban infrastructures, digital learning.
- User and group/community modelling – unique work on interactive user modelling and community modelling; my recent work focuses on modelling collectives and exploring diversity (e.g. age, experience, status, culture). Areas of application: knowledge sharing, learning.
- Interactive information exploration – interactive exploration of semantic data; my recent work develops mechanisms for semantic nudges taking into account the user profile and the interaction utility (e.g. increase knowledge, stimulate curiosity, inspire). Areas of application: learning, decision making, exploratory search.
- BSc/MSc in Mathematics
- PhD in Applied Artificial Intelligence
- User Modelling Inc
- International Artificial Intelligence in Education Society
- ECTEL steering committee
I currently teach:
- 2nd year undergraduate module on Artificial Intelligence which provides an introduction to a broad range of techniques used in third year specialist modules.
- 3rd year undergraduate module on Knowledge Enriched Information Systems which provides an introduction to the latest research advancements in knowledge technologies and their applications to augment information systems in modern digital economy contexts.
- MSc module on Semantic Technologies and Applications which covers key Semantic Web concepts and applications in representative domains.
Student project supervision:
- I regularly supervise undergraduate and masters students whose projects relate to the research streams listed above.
In the past, I have taught:
- Master level: Semantic Technologies and Applications; Collaboration, Visualisation, Interaction
- Undergraduate level: Knowledge Enriched Information Systems; Personalisation and User-Adaptive Systems; Introduction to Human-Computer Interaction; Modelling, Analysis and Algorithm Design; Introduction to Programming (fast track).
Research groups and institutes
- Artificial Intelligence