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    Diploma Programme

    Diploma in Longevity Medicine

    Advanced Diploma in Healthy Longevity Medicine (ADHLM) — a 150-hour, evidence-based curriculum for clinicians ready to move from reactive disease management to proactive healthspan optimisation.

    A New Standard in Longevity Education

    The transition from reactive disease management to proactive healthspan optimisation requires physicians and healthcare professionals to master geroscience, biological-age diagnostics, and precision interventions. This diploma bridges the gap between rapidly advancing longevity science and everyday clinical practice.

    Graduates are equipped to integrate biological age assessment, risk stratification, and healthspan-oriented care into their clinics — supported by a tiered designation pathway designed for professional recognition and future articulation into university-awarded degrees.

    Upon completion, candidates may use the post-nominal letters ADHLM (e.g. Dr. Jane Doe, MD, ADHLM), signifying completion of a rigorous professional diploma in Healthy Longevity Medicine.

    Designation Pathway

    A tiered professional pathway allows progressive learning, recognition, and potential articulation into university-awarded degrees through future academic partnerships.

    LevelDesignation
    Level 1
    CHLM
    Certificate in Healthy Longevity Medicine
    Level 2
    ADHLM
    Advanced Diploma in Healthy Longevity Medicine
    Level 3
    FHLM
    Fellowship in Healthy Longevity Medicine

    150-Hour Curriculum

    Six core modules combining asynchronous online learning, interactive case studies, and intensive clinical workshops.

    Module 1

    Foundations of Geroscience & Longevity Medicine

    20 hours

    Hallmarks of aging, lifespan vs. healthspan, systems biology

    • The 12 Hallmarks of Aging
    • Evolutionary biology of aging and the longevity dividend
    • Distinguishing longevity medicine from traditional geriatrics and aesthetic anti-aging
    • Systems biology and the network theory of aging
    Module 2

    Longevity Diagnostics & Biological Age Clocks

    30 hours

    Epigenetics, multi-omics, digital biomarkers, risk stratification

    • Epigenetic clocks (e.g. Horvath, PhenoAge) and clinical utility
    • Advanced laboratory biomarkers and inflammatory panels
    • Multi-omics integration: genomics, transcriptomics, proteomics, metabolomics
    • Digital phenotyping and wearable health technology
    • Imaging modalities for early structural decline
    Module 3

    Cardiometabolic & Endocrine Optimization

    25 hours

    Metabolic resilience, hormonal balance, vascular health

    • Insulin resistance, AGEs, and metabolic flexibility
    • Endothelial dysfunction and early vascular ageing
    • Evidence-based hormone optimisation protocols
    • Targeting mTOR and AMPK pathways
    Module 4

    Neurocognitive Health & The Gut-Brain Axis

    25 hours

    Cognitive preservation, microbiome, neuroprotection

    • Pathophysiology of neurodegeneration and cognitive decline
    • The microbiome's role in inflammaging and immune senescence
    • Nutritional psychiatry and precision gut health
    • Environmental toxins, neuroprotection, and detoxification pathways
    Module 5

    Evidence-Based Gerointerventions

    30 hours

    Nutrition, exercise, senolytics, NAD+ boosters, pharmacology

    • Precision nutrition: caloric restriction mimetics and protein pacing
    • Exercise physiology and VO₂ max as a longevity predictor
    • Circadian rhythm optimisation
    • Senolytics, NAD+ precursors, metformin, rapamycin, mitochondrial boosters
    • Safety, dosing, and long-term monitoring of interventions
    Module 6

    Clinical Integration & Practicum

    20 hours

    Case studies, protocol design, ethics, practice implementation

    • The comprehensive longevity assessment
    • Developing individualised, multimodal treatment plans
    • Interactive case studies and peer-to-peer review
    • Ethical considerations and regulatory compliance
    • Practice management: integrating longevity services into existing clinics
    MetricAllocation
    Total Learning Hours150 hours
    CPD Credits150 CPD credits
    AICE Points1,500 AICE points

    Assessment & Certification

    A multifaceted assessment strategy ensures academic rigour and professional credibility.

    Formative end-of-module quizzes to reinforce core concepts
    Summative final written examination covering all theoretical domains
    Clinical case portfolio: two detailed patient cases demonstrating biomarker interpretation and protocol design
    Optional oral examination / panel review for Honours candidates

    Successful completion awards the Advanced Diploma in Healthy Longevity Medicine (ADHLM), with the right to use the ADHLM post-nominal letters.

    Who This Is For

    DoctorsDentistsAdvanced CliniciansAesthetic Doctors

    Clinicians seeking a rigorous, medically grounded framework for biological age assessment, risk stratification, and healthspan-oriented care.

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    Be the First to Know

    Enrolment for the Diploma in Longevity Medicine will open shortly. Register your interest and our team will contact you with details, dates, and early-bird opportunities.

    Register Your Interest