Boost Your Career: QualCert Nutritional Genomics Level 7 Diploma

The QualCert Level 7 Postgraduate Diploma in Nutritional Genomics is designed for professionals who want to explore the cutting‑edge relationship between nutrition and genetics. This programme provides advanced knowledge of how genetic variations influence dietary needs, metabolic responses, and overall health outcomes. Learners will gain a deep understanding of nutrigenomics, epigenetics, and personalized nutrition, equipping them with the ability to critically evaluate scientific evidence and apply it in practical contexts.
Participants will engage with a curriculum that blends theory and application, covering topics such as gene‑diet interactions, molecular nutrition, and the role of genomics in disease prevention. The course emphasizes applied learning, ensuring graduates can confidently design strategies that integrate genetics and nutrition.
This diploma is ideal for those committed to advancing their expertise in nutritional science and genomics. With a strong focus on practical application, the programme empowers learners to translate complex genetic concepts into effective nutritional solutions. By completing this course, participants will be equipped to contribute meaningfully to the growing field of personalized nutrition and support individuals and communities in achieving sustainable health outcomes.
Course Overview
Awarding Body
QualCert
Credits
120 Credits
Study Mood
Online
Assessment
Assignments Based
Course Study Units
- Advanced Genomic Science and Human Genetics
- Nutrigenetics and Individual Nutrient Response
- Nutrigenomics and Gene-Diet Interactions
- Personalised Nutrition Planning and Intervention
- Research Methods and Evidence-Based Practice in Nutritional Genomics
- Professional Practice, Ethics, and Leadership in Nutritional Genomics

Entry Requirements
Who Can Enroll
This programme is designed for motivated professionals who want to expand their expertise in nutritional genomics.
- Nutritionists aiming to specialize in gene‑diet interactions.
- Health professionals seeking deeper scientific knowledge of personalized nutrition.
- Fitness trainers interested in integrating genomics into performance and diet planning.
- Public health practitioners addressing nutrition‑related genetic challenges.
- Wellness consultants supporting evidence‑based dietary strategies.
- Individuals passionate about applying genomics to improve health outcomes.
Course Learning Outcomes
Advanced Genomic Science and Human Genetics
- Critically analyse genetic principles and molecular biology relevant to human health
- Evaluate the role of genes in disease susceptibility and nutrient metabolism
- Apply genomic knowledge to understand individual variation in health outcomes
- Interpret genetic data to inform personalised nutrition strategies
Nutrigenetics and Individual Nutrient Response
- Analyse how genetic variations affect individual responses to nutrients and diets
- Design personalised nutrition interventions based on genetic profiles
- Evaluate evidence linking genotype to metabolic and health outcomes
- Apply nutrigenetic principles to support targeted dietary recommendations
Nutrigenomics and Gene-Diet Interactions
- Examine the impact of diet on gene expression and metabolic pathways
- Critically evaluate research on diet-gene interactions and their clinical implications
- Develop strategies for integrating nutrigenomic insights into nutrition practice
- Apply nutrigenomic principles to optimise health and prevent disease
Personalised Nutrition Planning and Intervention
- Conduct comprehensive assessments integrating genetic, clinical, and lifestyle data
- Develop tailored, evidence-based nutrition plans for individual clients
- Monitor and adjust personalised interventions based on outcomes and feedback
- Apply advanced counselling and communication skills to support client adherence
Research Methods and Evidence-Based Practice in Nutritional Genomics
- Design and conduct research studies relevant to nutritional genomics
- Critically appraise scientific literature and integrate findings into practice
- Analyse research data to inform evidence-based dietary interventions
- Develop recommendations for clinical and public health nutrition programmes
Professional Practice, Ethics, and Leadership in Nutritional Genomics
- Demonstrate ethical decision-making in genomics-based nutrition practice
- Apply leadership and management skills in clinical, research, and community settings
- Evaluate professional standards and best practices in nutritional genomics
- Lead initiatives to improve personalised nutrition services and client outcomes
