Professional Doctorate in Clinical Nutrition
An advanced 24-month professional program comprising 16 subjects and 104 lectures, delivered through one 2.5-hour lecture each week. The curriculum integrates advanced clinical nutrition, metabolism and pathophysiology, precision nutrition, critical care, digital technology, research, data analysis, public health, food systems, and complex clinical decision-making.
Program Details
Core information before enrollment.
Develop Advanced Expertise Across Clinical Nutrition, Research, and Digital Practice
The Professional Doctorate in Clinical Nutrition is a 24-month advanced professional program comprising 16 subjects and 104 lectures across two years. Study follows a structured schedule of one 2.5-hour lecture per week. The first year develops advanced knowledge in metabolism, nutrition-related pathophysiology, clinical assessment, complex disease management, critical care, pharmacology, precision nutrition, the microbiome, behavioural nutrition, and healthy ageing.
The second year extends this expertise into artificial intelligence and digital technology, advanced research and evidence-based practice, biostatistics, nutritional epidemiology, public health, food policy, sustainable food systems, and structured clinical case discussions. The program is designed to strengthen scientific analysis, professional judgment, research literacy, and responsible decision-making in complex nutrition practice.
- Interpret advanced metabolic, pathological, molecular, genetic, immune, and microbiome mechanisms in nutrition practice.
- Assess and manage complex clinical cases, multimorbidity, critical illness, nutrition support, and food-drug interactions.
- Use research methods, biostatistics, digital tools, and artificial intelligence within evidence-based professional practice.
- Connect individual clinical care with public health, food policy, sustainability, and multidisciplinary decision-making.
What You Will Study
Sixteen advanced subjects are delivered across two years, progressing from advanced clinical, metabolic, molecular, and behavioural nutrition into digital practice, research, data analysis, public health, food systems, and complex clinical decision-making.
1. Advanced Biochemistry and Metabolism
- Integrated regulation of carbohydrate, fat, and protein metabolism.
- Energy production and mitochondrial function.
- Hormonal regulation of metabolism.
- Metabolism in the fed state, fasting, and disease.
- Metabolic flexibility and metabolic disorders.
- Oxidative stress and inflammation.
- Metabolic adaptations to nutrition and physical activity.
2. Advanced Nutrition-Related Pathophysiology
- Mechanisms underlying the development of metabolic diseases.
- Pathophysiology of cardiovascular, kidney, and liver diseases.
- Gastrointestinal disorders and malabsorption.
- Endocrine, immune, and inflammatory diseases.
- Cancer and disease-related wasting.
- Neurological and muscular disorders.
- Connecting disease mechanisms with nutritional intervention.
3. Advanced Clinical Nutritional Assessment and Biomarkers
- Advanced nutritional assessment.
- Body composition and muscle mass analysis.
- Estimating requirements using indirect calorimetry.
- Interpreting laboratory results and biomarkers.
- Markers of inflammation and malnutrition.
- Assessment of functional performance and muscle strength.
- Integrating clinical, dietary, and laboratory data.
- Monitoring outcomes and evaluating intervention effectiveness.
4. Advanced Clinical Nutrition and Multimorbidity
- Management of complex clinical conditions.
- Advanced nutrition in diabetes and metabolic diseases.
- Nutrition in cardiovascular disease, hypertension, and lipid disorders.
- Nutrition in kidney disease and dialysis.
- Nutrition in liver and pancreatic diseases.
- Nutrition in gastrointestinal disorders and malabsorption.
- Nutrition in cancer and immune-related diseases.
- Conflicting nutritional recommendations across coexisting diseases.
- Prioritising therapeutic objectives.
- Developing and monitoring integrated nutrition plans.
5. Critical Care Nutrition and Specialized Nutrition Support
- The metabolic response to acute illness.
- Nutrition in intensive care.
- Nutrition in sepsis, trauma, shock, and burns.
- Malnutrition and disease-related wasting.
- Refeeding syndrome.
- Advanced enteral nutrition.
- Parenteral nutrition.
- Monitoring complications and modifying nutrition support.
- Preoperative and postoperative nutrition.
6. Pharmacology, Supplements, and Food-Drug Interactions
- Fundamental principles of drug absorption and metabolism.
- Effects of medications on appetite, body weight, and metabolism.
- Food-drug interactions.
- Interactions between medications, vitamins, and minerals.
- Therapeutic dietary supplements.
- Evaluating dosage, efficacy, and safety.
- Toxicity and excessive supplement use.
- Professional responsibility and appropriate referral.
7. Molecular and Genetic Nutrition and Omics Sciences
- Molecular foundations of nutrition.
- The interaction between food and gene expression.
- Nutrigenetics.
- Nutrigenomics.
- Nutritional Epigenetics.
- Metabolomics, proteomics, and lipidomics.
- Biomarkers and precision nutrition.
- Clinical and ethical applications.
8. Microbiome, Immunity, and Inflammation
- Microbiome composition and the factors that influence it.
- The relationship between diet and the microbiome.
- Prebiotics, probiotics, and postbiotics.
- The microbiome, immunity, and inflammation.
- The gut-brain and gut-liver axes.
- The microbiome in metabolic and gastrointestinal diseases.
- Microbiome-directed nutritional interventions.
- Microbiome testing and its limitations.
9. Behavioural Nutrition and Eating Disorders
- Psychological and neurological foundations of eating behaviour.
- Regulation of hunger, satiety, and reward.
- Emotional eating and dietary habits.
- Motivational interviewing and behaviour change.
- Adherence, relapse, and weight regain.
- Body image and weight stigma.
- Eating disorders and Avoidant/Restrictive Food Intake Disorder, ARFID.
- Multidisciplinary teamwork and professional scope of practice.
10. Older Adult Nutrition and Healthy Ageing
- Physiological and nutritional changes associated with ageing.
- Nutritional assessment of older adults.
- Malnutrition, loss of appetite, and dehydration.
- Frailty and sarcopenia.
- Preserving muscle mass and bone health.
- Nutrition in multimorbidity and polypharmacy.
- Nutrition in dementia and Alzheimer’s disease.
- Chewing and swallowing difficulties and texture modification.
11. Artificial Intelligence and Digital Technology in Nutrition
- Foundations of artificial intelligence in nutrition.
- Generative artificial intelligence and prompt engineering.
- Scientific information retrieval and verification.
- Nutritional assessment and digital data analysis.
- Calculating requirements and designing nutrition plans.
- Specialist applications across nutrition fields.
- Wearable devices and digital monitoring.
- Continuous Glucose Monitoring, CGM.
- Remote nutrition consultations.
- Clinic management and digital records.
- Automation of nutrition tasks and services.
- Content creation and nutrition education.
- Artificial intelligence in food safety and quality.
- Privacy, ethics, and professional responsibility.
- Designing an applied digital project.
12. Advanced Scientific Research and Evidence-Based Practice
- Formulating research problems, questions, and hypotheses.
- Scientific study designs.
- Searching scientific databases.
- Sample selection and data collection tools.
- Bias, confounding factors, and causality.
- Critical appraisal of research.
- Systematic reviews and meta-analysis.
- Evaluating the quality of evidence and recommendations.
- Research ethics.
- Writing research proposals, protocols, and scientific papers.
13. Biostatistics and Nutritional Data Analysis
- Descriptive and inferential statistics.
- Selecting appropriate statistical tests.
- Hypothesis testing and confidence intervals.
- Effect size and clinical significance.
- Correlation and regression.
- Sample size calculation.
- Analysis of nutrition research data.
- Using statistical software.
- Presenting and interpreting results.
14. Nutritional Epidemiology and Public Health
- Foundations of nutritional epidemiology.
- Measuring dietary intake at population level.
- Analysing the relationship between diet and disease.
- Population nutritional status indicators.
- Malnutrition, obesity, and the double burden of malnutrition.
- Designing nutrition programs.
- Program evaluation and impact measurement.
- Implementation Science.
15. Food Policy, Food Systems, and Sustainability
- Food policies and legislation.
- Nutrition economics.
- Food security and food insecurity.
- Food systems and supply chains.
- Food sustainability.
- Nutrition and planetary health.
- Food and health equity.
- Nutrition in crises and disasters.
- School and community food programs.
16. Clinical Case Conferences and Nutritional Decision-Making
- Analysis of complex clinical cases.
- Clinical Reasoning.
- Prioritising problems and interventions.
- Managing conflicting recommendations.
- Evidence-based decision-making.
- Working within multidisciplinary teams.
- Clinical documentation and case presentation.
- Reviewing the quality of nutrition plans and outcomes.
Designed for Advanced Professional Development in Nutrition
This program is suitable for experienced nutrition professionals, dietitians, physicians, healthcare professionals, researchers, educators, and practice leaders seeking doctoral-level professional development across advanced clinical nutrition, research, technology, and population health.
Experienced Nutrition Professionals
Dietitians and nutrition specialists seeking deeper expertise in complex clinical care, precision nutrition, critical care, advanced assessment, and professional decision-making.
Physicians and Healthcare Professionals
Healthcare professionals who want to connect pathophysiology, pharmacology, biomarkers, nutrition support, and multidisciplinary care with advanced nutritional practice.
Researchers and Educators
Researchers, lecturers, and academic professionals seeking stronger skills in study design, critical appraisal, biostatistics, nutritional epidemiology, and evidence translation.
Practice and Program Leaders
Clinic leaders, public health professionals, digital nutrition innovators, and program teams working across food systems, policy, technology, implementation, and service development.
By the End of This Program
Learners are expected to integrate advanced nutrition science, complex clinical assessment, research evidence, digital tools, population health perspectives, and responsible professional judgment within multidisciplinary nutrition practice.
Interpret Advanced Nutrition Science
Connect metabolism, pathophysiology, molecular and genetic nutrition, the microbiome, immunity, inflammation, and ageing with advanced professional practice.
Manage Complex Clinical Cases
Integrate clinical, dietary, laboratory, functional, and medication data to prioritise interventions in multimorbidity, critical illness, and specialised nutrition support.
Apply Evidence-Based Practice
Formulate research questions, critically appraise evidence, understand study design, interpret statistical results, and translate findings into responsible practice.
Use Digital Nutrition Technologies
Use artificial intelligence, digital assessment, wearable data, remote consultation, automation, and digital records with appropriate validation, privacy, and ethics.
Connect Clinical and Population Nutrition
Relate individual care to nutritional epidemiology, public health programs, food policy, food systems, sustainability, equity, and implementation science.
Strengthen Professional Judgment
Apply clinical reasoning, manage conflicting recommendations, communicate within multidisciplinary teams, document decisions, and review the quality of plans and outcomes.
Develop Doctoral-Level Expertise in Advanced Clinical Nutrition
The Professional Doctorate in Clinical Nutrition provides 24 months of structured study through 16 subjects and 104 weekly lectures, with each lecture lasting 2.5 hours. The program connects advanced clinical science, complex care, precision nutrition, research, data analysis, digital innovation, public health, food systems, and evidence-based professional decision-making.