Achieve Excellence: Level 7 Diploma in Clinical Nutrigenomics QualCert

The QualCert Level 7 Postgraduate Diploma in Clinical Nutrigenomics is designed for professionals seeking advanced expertise in the intersection of nutrition and genetics. This programme explores how genetic variations influence dietary needs, metabolic responses, and overall health outcomes. Learners will gain evidence‑based knowledge to apply nutrigenomics in clinical practice, supporting personalized nutrition strategies.
Participants will engage with a curriculum that blends theoretical knowledge with practical application. Topics include gene‑diet interactions, molecular nutrition, epigenetics, and the role of nutrigenomics in disease prevention and management. Case studies and guided projects encourage learners to apply their knowledge in real‑world contexts, ensuring they are prepared to deliver effective nutritional guidance in clinical and wellness settings.
This diploma is ideal for those committed to advancing their professional practice in clinical nutrition. By completing this course, participants will be equipped to contribute meaningfully to healthcare teams and support individuals in achieving sustainable health outcomes through personalized nutrition.
Course Overview
Awarding Body
QualCert
Credits
120 Credits
Study Mood
Online
Assessment
Assignments Based
Course Study Units
- Advanced Nutrigenomics and Genetic Principles
- Genomic Testing and Interpretation in Clinical Nutrition
- Gene-Nutrient Interactions and Metabolic Pathways
- Personalised Nutrition and Clinical Application
- Research Methods and Evidence-Based Nutrigenomics
- Professional Practice, Ethics, and Leadership in Nutrigenomics

Entry Requirements
Who Can Enroll
This programme is designed for motivated professionals who want to expand their expertise in clinical nutrigenomics.
- Nutritionists aiming to specialize in gene‑diet interactions.
- Health professionals seeking advanced skills in personalized nutrition.
- Clinical dietitians working with genomics‑based dietary strategies.
- Public health practitioners addressing nutrition‑related genetic challenges.
- Wellness consultants offering evidence‑based lifestyle guidance.
- Individuals passionate about applying genomics to improve health outcomes.
Course Learning Outcomes
Advanced Nutrigenomics and Genetic Principles
- Critically evaluate the principles of genetics and genomics as they relate to nutrition
- Analyse inheritance patterns, gene expression, and molecular mechanisms affecting health
- Apply advanced knowledge of nutrigenomics to understand individual and population health outcomes
- Assess the role of genetic variability in disease risk and nutrient metabolism
Genomic Testing and Interpretation in Clinical Nutrition
- Conduct and interpret genomic tests for clinical nutrition applications
- Analyse genetic data to inform personalised dietary recommendations
- Critically evaluate testing methodologies, accuracy, and limitations
- Apply genomic findings to support evidence-based clinical decision-making
Gene-Nutrient Interactions and Metabolic Pathways
- Analyse the impact of specific gene variants on nutrient absorption, metabolism, and utilisation
- Evaluate how gene-nutrient interactions influence health, disease prevention, and therapeutic interventions
- Apply knowledge of metabolic pathways to optimise personalised nutrition strategies
- Integrate scientific evidence to assess the functional implications of nutrigenomic profiles
Personalised Nutrition and Clinical Application
- Develop personalised nutrition plans based on genomic profiles, health status, and lifestyle factors
- Apply nutrigenomic principles to prevent, manage, or treat diet-related diseases
- Critically evaluate clinical case studies to support intervention planning
- Implement personalised strategies that improve patient outcomes and adherence
Research Methods and Evidence-Based Nutrigenomics
- Design and conduct research studies in nutrigenomics
- Apply statistical and analytical methods to interpret data accurately
- Critically appraise scientific literature to inform clinical and research practice
- Develop evidence-based recommendations for nutrigenomic interventions
Professional Practice, Ethics, and Leadership in Nutrigenomics
- Demonstrate ethical decision-making and professional conduct in clinical nutrigenomics
- Apply leadership and project management skills in clinical, research, and public health settings
- Evaluate professional standards and best practices in nutrigenomic service delivery
- Lead initiatives that integrate nutrigenomics into personalised healthcare and community nutrition strategies
