QualCert Level 3 Diploma in Nutritional Genomics (Dip Nutritional Genomics)

Overview

Certifying Body

QualCert

Total Credits

60

Evaluation

Assignments Based

Course Category

Nutrition and Dietetics

Learning Mood

Online

Qualification Structure

The study units below explain what learners will study and the learning outcomes they are expected to achieve.

  • Explain the basic principles of genetics and genomics.
  • Identify the relationship between nutrition, genes, and health outcomes.
  • Describe the role of gene expression in nutrient metabolism.
  • Recognise how genetic variation influences dietary requirements.
  • Understand the impact of genetic polymorphisms on nutrient absorption.
  • Evaluate how genetic differences contribute to dietary responses.
  • Apply knowledge of nutrient-gene interactions in case scenarios.
  • Analyse the role of nutrigenetics in personalised nutrition planning.
  • Examine how genetics influences susceptibility to diet-related diseases.
  • Explain the role of genomics in obesity, diabetes, and cardiovascular conditions.
  • Assess the evidence linking diet, genes, and chronic illness prevention.
  • Apply nutritional genomics principles to improve health outcomes.
  • Interpret current research studies in nutritional genomics.
  • Assess the quality and reliability of genomic data.
  • Apply evidence-based approaches to dietary recommendations.
  • Explore ethical issues in nutritional genomics research.
  • Design dietary recommendations based on genetic profiles.
  • Understand the application of nutrigenomics in clinical and wellness settings.
  • Apply personalised nutrition strategies to case studies.
  • Recognise limitations and challenges of personalised genomic diets.
  • Demonstrate professional and ethical responsibilities in practice.
  • Communicate complex genomic concepts effectively to learners and clients.
  • Apply critical thinking to nutritional genomics decision-making.
  • Reflect on personal CPD and career development in nutritional genomics.
Entry Requirements

Entry Requirements

  • Learners must be at least 18 years old at the time of enrollment.
  • A minimum of a Level 2 qualification (or equivalent) in health, science, biology, genetics, or a related subject is preferred.
  • Previous experience in healthcare, nutrition, genetics, or wellness fields is beneficial but not mandatory.
  • As the course is delivered in English, learners must have strong written and spoken communication skills.

What You Need to Know

The QualCert Level 3 Diploma in Nutritional Genomics is ideal for aspiring nutritionists, healthcare professionals, wellness practitioners, fitness trainers, and researchers who want to understand how genetics influences nutrition and health. It also suits individuals interested in personalized nutrition and the science of gene‑nutrient interactions.

This diploma equips learners with the knowledge to explore how genetic variations affect dietary needs, metabolism, and disease risk. It is perfect for those who want to apply nutrigenomics and epigenetics to deliver evidence‑based, personalized nutrition strategies that improve health outcomes.

  • Comprehensive understanding of gene‑nutrient interactions and nutrigenomics
  • Practical skills in personalized nutrition planning and genetic data interpretation
  • Recognition as a credible professional in nutritional genomics and wellness
  • Enhanced career prospects in healthcare, research, and public health sectors

Graduates can pursue roles such as nutritional genomics advisor, health coach, wellness consultant, genetic nutrition counselor, or research assistant. Opportunities exist in hospitals, wellness centers, genetic testing companies, research institutions, and community health programs.

Learners can progress to advanced diplomas or degrees in genetics, nutrition, dietetics, or biomedical sciences. This course also provides a strong foundation for specialized certifications in nutrigenomics, clinical nutrition, or integrative health.

Yes, the QualCert Level 3 Diploma in Nutritional Genomics is internationally recognised, making it valuable for professionals seeking opportunities both locally and abroad in healthcare, research, and wellness industries.

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