The QualCert Level 7 Postgraduate Diploma in Clinical Nutrigenomics (PgD Nutrigenomics) is an advanced qualification designed for healthcare and nutrition professionals seeking to specialise in the interaction between genetics and nutrition. This programme equips learners with the knowledge and skills required to apply nutrigenomic principles to personalised dietary planning, disease prevention, and health optimisation, bridging the gap between genetics, metabolism, and clinical nutrition.
Tailored for professionals aiming to enhance their career prospects, expand their knowledge, and strengthen their Continuing Professional Development (CPD), this diploma explores cutting-edge topics including genomic influences on nutrient metabolism, nutrigenomic testing, personalised nutrition strategies, and clinical application of genetic information. Learners will gain the expertise to interpret genomic data, design personalised nutrition plans, and implement evidence-based interventions that improve patient outcomes.
This qualification is ideal for dietitians, nutritionists, clinical practitioners, researchers, and healthcare professionals seeking to lead in the emerging field of nutrigenomics. By completing this programme, learners will develop critical analytical skills, understand complex gene-nutrient interactions, and contribute to the development of innovative personalised nutrition strategies for clinical and public health applications.
Centres delivering this postgraduate diploma are required to maintain the highest standards of education. They must employ competent and qualified staff and provide learners with access to comprehensive teaching materials, up-to-date research resources, and appropriate technological and laboratory facilities. This ensures a high-quality learning environment that promotes academic excellence, professional growth, and learner success.
With its strong emphasis on personalised nutrition, genetics, and professional development, the QualCert Level 7 Postgraduate Diploma in Clinical Nutrigenomics offers learners an advanced pathway to leadership and specialist roles within clinical nutrition, personalised healthcare, and research.
Course Contents of QualCert Level 7 Postgraduate Diploma in Clinical Nutrigenomics (PgD Nutrigenomics):
The QualCert Level 7 Postgraduate Diploma in Clinical Nutrigenomics (PgD Nutrigenomics), offers 120 Credits, requiring a Total Qualification Time (TQT) of 1200 hours, including 600 Guided Learning Hours (GLH).
| Unit Ref# | Unit Title | Credits | GLH | TQT |
| QC29106- 1 | Advanced Nutrigenomics and Genetic Principles | 20 | 100 | 200 |
| QC29106-2 | Genomic Testing and Interpretation in Clinical Nutrition | 20 | 100 | 200 |
| QC29106-3 | Gene-Nutrient Interactions and Metabolic Pathways | 20 | 100 | 200 |
| QC29106-4 | Personalised Nutrition and Clinical Application | 20 | 100 | 200 |
| QC29106-5 | Research Methods and Evidence-Based Nutrigenomics | 20 | 100 | 200 |
| QC29106-6 | Professional Practice, Ethics, and Leadership in Nutrigenomics | 20 | 100 | 200 |
Entry Requirements for the QualCert Level 7 Postgraduate Diploma in Clinical Nutrigenomics (PgD Nutrigenomics):
Minimum Age:
- Learners must be 21 years or older at the start of the course.
Educational Background:
- A relevant Level 6 qualification (such as a Bachelor’s degree in Nutrition, Dietetics, Health Sciences, Genetics, or related fields) is required. Equivalent international qualifications or recognised professional certifications may also be considered.
Experience:
- Prior professional or research experience in nutrition, dietetics, genetics, or clinical practice is highly recommended to support practical application of nutrigenomic principles.
Language Proficiency:
- Learners must demonstrate proficiency in English, as all course materials, assessments, and assignments are delivered in English. This may be evidenced through prior education or an approved English language qualification.
Commitment to CPD:
Learners should be committed to ongoing professional development, seeking to expand knowledge, skills, and career opportunities in clinical nutrigenomics and personalised nutrition.
Access to Required Resources:
Learners must have access to a computer or laptop with internet connectivity and relevant software to complete assignments, research projects, and online learning. Access to academic journals, professional guidelines, laboratory facilities, and genomic databases is essential.
Learning Outcomes for the QualCert Level 7 Postgraduate Diploma in Clinical Nutrigenomics (PgD Nutrigenomics):
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
The Course is ideal for :
- Dietitians, nutritionists, and healthcare professionals seeking advanced knowledge in clinical nutrigenomics
- Geneticists, researchers, and clinical practitioners aiming to integrate genomics into personalised nutrition practice
- Professionals working in public health, personalised healthcare, or clinical nutrition who wish to influence diet-related outcomes
- Individuals looking to enhance their Continuing Professional Development (CPD) and career prospects in nutrigenomics and personalised healthcare
- Practitioners aiming to lead genomic-based nutrition interventions, research projects, or clinical programmes
- Learners seeking advanced skills in gene-nutrient interactions, personalised dietary planning, and evidence-based nutrigenomic applications
- Qualified and Competent Staff
Centres must employ experienced and qualified staff capable of delivering Level 7 postgraduate content and supporting learners in achieving academic and professional success. - Comprehensive Learning Resources
Access to up-to-date textbooks, research journals, case studies, laboratory facilities, and digital learning materials relevant to nutrigenomics is essential. - Teaching and Learning Facilities
Centres should provide appropriate classroom, laboratory, seminar, or online learning environments to support interactive study, practical exercises, and collaborative learning. - Assessment and Feedback Systems
Robust assessment procedures must be in place, including assignments, research projects, and case studies, with timely and constructive feedback for learners. - Technology and IT Support
Learners should have access to computers, internet, and relevant software to complete assignments, research, and online learning efficiently. - Commitment to Quality Assurance
Centres must maintain high standards of teaching, learning, and assessment to ensure learner success and compliance with qualification requirements. - Support for Continuing Professional Development (CPD)
Centres should encourage ongoing professional development and provide guidance to support learners’ career advancement in clinical nutrigenomics and personalised nutrition.