Advance Skills: QualCert Diploma in Nutritional Genomics Mastery

The QualCert Level 6 Diploma in Nutritional Genomics (Dip Nutritional Genomics) is designed to provide learners with advanced knowledge of how genetics and nutrition interact to influence health and wellness. This program explores the science of gene-nutrient interactions, personalized nutrition, and the role of genomics in disease prevention. Learners will gain a strong foundation in dietary assessment, genetic influences on metabolism, and counseling techniques, enabling them to guide individuals toward healthier lifestyles based on their unique genetic profiles.
This diploma emphasizes the integration of cutting-edge genomic science with practical nutritional applications. Participants will study how genetic variations affect nutrient absorption, metabolism, and overall health outcomes. With a focus on evidence-based approaches and client-centered strategies, the program prepares students to deliver effective nutritional guidance with professionalism, empathy, and scientific accuracy.By combining technical knowledge with empathetic dialogue, learners will be empowered to inspire sustainable lifestyle changes that improve wellbeing at both personal and societal levels.
Learners enrolled in this diploma will acquire a comprehensive set of practical skills that extend beyond theory, preparing them to make a meaningful impact in the field of nutrition and health. They will gain expertise in dietary analysis, learning how to accurately evaluate nutritional needs and identify opportunities for improvement across diverse populations. In addition, participants will develop advanced competencies in personalized nutrition planning, equipping them to design tailored interventions that reflect individual health goals, cultural contexts, and scientific best practices.
Course Overview
Awarding Body
QualCert
Credits
120 Credits
Study Mood
Online
Assessment
Assignments Based
Course Study Units
- Advanced Human Genetics and Genomics
- Nutritional Biochemistry and Molecular Nutrition
- Nutrigenomics and Personalized Nutrition
- Clinical Applications of Nutritional Genomics
- Research Methods and Evidence-Based Practice in Nutritional Genomics
- Professional Practice, Ethics, and Leadership in Nutritional Genomics

Entry Requirements
Who Can Enroll
This course is best suited for individuals who want to explore the science of nutrition and genetics.
- Passionate about nutrition and health sciences.
- Interested in genetic influences on wellness.
- Strong analytical and problem-solving skills.
- Motivated to support individuals and communities.
- Open to learning practical counseling techniques.
- Committed to applying knowledge in real-world settings.
Course Learning Outcomes
Advanced Human Genetics and Genomics
- Demonstrate in-depth knowledge of human genetics and genomic principles
- Analyse gene expression, inheritance patterns, and genetic variations
- Evaluate the influence of genetic factors on health, metabolism, and disease
- Apply genomic concepts to personalised nutrition planning
Nutritional Biochemistry and Molecular Nutrition
- Understand the biochemical basis of nutrition at the molecular level
- Analyse interactions between nutrients and gene expression
- Evaluate metabolic pathways and their relevance to health and disease
- Apply molecular nutrition knowledge to clinical and personalised interventions
Nutrigenomics and Personalised Nutrition
- Investigate how genetic variations affect nutrient requirements and metabolism
- Design personalised nutrition plans based on genetic profiles
- Assess genetic markers related to disease risk, metabolism, and diet response
- Integrate scientific evidence into individualised nutritional strategies
Clinical Applications of Nutritional Genomics
- Apply nutritional genomics in clinical and wellness settings
- Conduct genetic assessments and interpret results for dietary planning
- Develop intervention strategies for metabolic disorders and chronic conditions
- Monitor and adjust nutritional plans based on genomic insights
Research Methods and Evidence-Based Practice in Nutritional Genomics
- Critically appraise scientific literature in genomics and nutrition
- Design and conduct small-scale research projects or audits
- Apply evidence-based approaches to improve client outcomes
- Present research findings effectively to professional audiences
Professional Practice, Ethics, and Leadership in Nutritional Genomics
- Demonstrate ethical and professional standards in genomic nutrition practice
- Engage in reflective practice and ongoing CPD
- Exhibit leadership and communication skills in multidisciplinary teams
- Apply professional standards to ensure safe, effective, and client-centred care
