Artificial Intelligence (AI) in Nutrition and Dietetics
Description
Artificial intelligence (AI) is rapidly transforming healthcare, and nutrition and dietetics are no exception. From personalised dietary guidance and automated dietary assessment to large-scale public health insights, AI has the potential to reshape how nutrition care is delivered, accessed, and understood. As data-driven technologies become more embedded in clinical practice, research, and the wider food system, nutrition professionals are increasingly required to engage with new tools, new evidence, and new ways of working.
LEARNING OBJECTIVES
WATCH THIS SYMPOSIUM TO:
GAIN A CLEAR UNDERSTANDING OF:
- The role of AI in transforming nutrition and dietetics practice
- Key concepts such as nutritional intelligence and data-driven decision-making
- Current applications of AI across clinical care, public health, and the food system
- The strengths and limitations of AI-powered nutrition tools
- The importance of data quality, validation, and expert input
BE AWARE OF:
- Ethical considerations, including data privacy, bias, and transparency
- The challenges of integrating AI into clinical and community practice
- The risk of over-reliance on automated tools without appropriate professional
- oversight
- Workforce implications, including changing roles and required competencies
- Communication challenges when discussing AI with patients and the public
BE ABLE TO:
- Critically evaluate AI tools and applications in nutrition and dietetics
- Identify appropriate and safe use cases for AI in different practice settings
- Integrate AI-supported insights into evidence-based, person-centred care
- Communicate confidently about the role of AI with patients, colleagues, and
- stakeholders
- Recognise opportunities to engage with and shape the future of AI in nutrition practice
Contact details
Email address
Telephone number
020 8455 2126
Education Provider

6 active educational opportunities
The Brentano Suite, First Floor, Lyttelton House, 2 Lyttelton Road, London, N2 0EF