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Master Course In Precision Nutrition & Nutrigenomics

  •  3 Months – Theory (Live Interactive Classes)
  • 2 weeks – Online Learning-Based Internship (Weekly Case-Based Sessions)
  • Level: Intermediate to Advanced
  • Duration: 3 Months
  • Days : Live Online Classes on Google Meet/ Self Paced
  • Time: Evening Batches
  • Hours: 1-1.5 hrs per class
  • Medium of Instruction: English
  • Number of Modules : 15
  • Format : Live Online Classes on Google Meet/ Self Paced
  • Title after the Course: Internationally Certified Precision Nutrition & Nutrigenomics Expert

For Students - 5999/-

For Lifetime NANP members - 7999/-

For Other Professionals - 9999/-

For International students - USD 150

Eligibility Criteria:

This program is open to a diverse range of applicants, including:

  • Medical professionals such as Doctors, Dietitians, and Nutritionists.
  • Individuals holding a Diploma, PG Diploma, BSc, MSc or Higher in Food or Clinical Nutrition.
  • Graduates in fields like Home Science, Biochemistry, and Life Science

About the Course:

This futuristic 3-month master course focuses on gene–nutrient interactions, DNA-based diet planning, and personalized nutrition based on genetic expression. Students learn about SNPs, epigenetics, methylation pathways, detox genes, inflammation genes, food sensitivities, and metabolic gene variants. 

The course integrates functional medicine, genomics, and clinical nutrition to create highly personalized meal and supplement strategies. 

Through case studies, learners apply genetic reports to optimize metabolism, weight management, hormonal balance, and disease prevention, offering cutting-edge nutrition therapy.

 

Course Objectives :

  1. To teach principles of genetics and nutrigenomics.
  2. To study SNPs related to metabolism, detoxification, and inflammation.
  3. To analyze genetic reports for personalized diet planning.
  4. To explore epigenetic influences on health.
  5. To design precision nutrition protocols.
  6. To identify nutrient deficiencies based on gene variations.
  7. To study methylation pathways and B-vitamin needs.
  8. To integrate detox pathways into genetic nutrition.
  9. To understand gene–environment interactions.
  10. To build genetic-based long-term health plans.

Key Learning Outcomes

  1. Ability to interpret genetic nutrition reports.
  2. Understanding of nutrigenomics and epigenetics.
  3. Skill in planning DNA-based diets.
  4. Knowledge of key SNPs affecting metabolism.
  5. Ability to support detox and methylation pathways.
  6. Skill in designing supplement plans based on genetics.
  7. Understanding inflammatory gene pathways.
  8. Ability to personalize weight-loss plans genetically.
  9. Skill in identifying sensitivity genes (gluten, lactose, caffeine).
  10. Competence in optimizing athletic performance genomically.
  11. Confidence in managing precision-nutrition cases.
  12. Ability to build futuristic personalized nutrition programs.

What Will Students Learn ?

Assessment & Certification:

What Do Learners Get ?

  • Internationally Recognized Certificate of Completion for the Course & Internship
  • Live Online sessions with experienced mentors from the Industry
  • Access to Recordings for an year 
  • E- masterguide
  • Practice assignments with 100+ case studies

Enroll Now