Biohacking and Longevity Optimization Course

Lesson 1 • Core Theories of Biological Aging

Introduces leading mechanistic theories of aging including hallmarks and damage accumulation. Provides the biological lens used throughout all subsequent chapters.

Lesson 2 • Defining Biohacking and Its Scope

Covers the spectrum from DIY biology to clinical self-optimisation. Anchors the course vocabulary and sets boundaries for evidence-based practice.

Lesson 3 • Risk, Safety, and Self-Experimentation Ethics

Addresses harm reduction, informed consent, and responsible self-experimentation design. Establishes the ethical foundation applied in every practical module.

Lesson 1 • Dietary Patterns and Blue Zone Evidence

Analyses whole dietary patterns from longevity populations and translates findings into actionable guidelines. Bridges population data with individual dietary design.

Lesson 2 • Tracking Nutrition and Metabolic Response

Introduces tools for monitoring dietary intake and metabolic outcomes over time. Enables data-driven iteration of nutrition protocols.

Lesson 3 • Micronutrients and Phytonutrients

Identifies key vitamins, minerals, and plant compounds with documented anti-aging effects. Builds the micronutrient literacy needed for supplement decisions in later chapters.

Lesson 4 • Macronutrient Ratios and Aging Pathways

Examines how protein, fat, and carbohydrate ratios modulate mTOR, IGF-1, and insulin signalling. Connects macronutrient choices to specific longevity mechanisms.

Lesson 1 • Sleep Environment and Behavioural Protocols

Details actionable modifications to the sleep environment and pre-sleep routines. Translates circadian science into practical nightly habits.

Lesson 2 • Circadian Rhythm Regulation

Covers the master clock, zeitgebers, and circadian misalignment as an aging accelerator. Connects light, temperature, and meal timing to sleep quality.

Lesson 3 • Sleep Architecture and Biological Functions

Explains sleep stages, their physiological roles, and consequences of disruption. Establishes why sleep is a primary longevity lever before introducing interventions.

Lesson 1 • Periodisation and Recovery Planning

Teaches structured training cycles, deload strategies, and recovery modalities. Ensures sustainable long-term physical training without overtraining or injury accumulation.

Lesson 2 • Exercise as a Longevity Intervention

Reviews the evidence linking physical activity to reduced all-cause mortality and biological aging. Frames exercise as a systemic anti-aging drug with dose-response properties.

Lesson 3 • Flexibility, Mobility, and Stability Training

Examines the role of joint health, balance, and functional movement in long-term independence. Integrates mobility work into a comprehensive longevity training plan.

Lesson 4 • Cardiovascular Training for Longevity

Covers aerobic capacity, VO2 max, and zone-based training as predictors and drivers of longevity. Learners design cardio protocols targeting cardiovascular and metabolic health.

Lesson 1 • Measuring Stress Resilience and Recovery

Introduces HRV, cortisol testing, and subjective tools to quantify stress adaptation. Enables data-driven adjustment of hormetic and recovery protocols.

Lesson 2 • Mind-Body Practices and Nervous System Regulation

Covers meditation, breathwork, and vagal tone training as tools for autonomic regulation. Connects parasympathetic activation to reduced biological aging markers.

Lesson 3 • Stress Biology and Allostatic Load

Explains the HPA axis, cortisol dynamics, and cumulative stress burden on aging. Provides the physiological basis for all stress management interventions.

Lesson 4 • Hormesis: Beneficial Stress Protocols

Introduces hormetic stressors including heat, cold, hypoxia, and exercise as adaptive triggers. Learners learn dose-response principles to apply hormesis safely.

Lesson 1 • NAD+ Precursors and Sirtuin Activators

Reviews NMN, NR, and resveratrol as modulators of NAD+ metabolism and sirtuin pathways. Connects these compounds to mitochondrial function and epigenetic regulation.

Lesson 2 • Supplement Evaluation Framework

Establishes criteria for assessing supplement quality, evidence strength, and safety profiles. Prevents uncritical adoption of poorly supported compounds.

Lesson 3 • Senolytic and Anti-Inflammatory Compounds

Covers compounds targeting senescent cells and chronic inflammation as aging drivers. Learners assess evidence for quercetin, fisetin, and related agents.

Lesson 4 • Adaptogens and Nootropics for Longevity

Examines adaptogenic herbs and cognitive compounds with stress-resilience and neuroprotective properties. Connects adaptogen use to HPA axis regulation and brain aging.

Lesson 1 • Hyperbaric Oxygen and Ozone Therapies

Reviews hyperbaric oxygen therapy and ozone applications as emerging longevity interventions. Learners evaluate evidence, risks, and appropriate use cases.

Lesson 2 • Neurostimulation and Cognitive Enhancement

Introduces transcranial direct current stimulation, neurofeedback, and related tools for brain optimisation. Connects cognitive resilience to long-term neurological healthspan.

Lesson 3 • Photobiomodulation and Red Light Therapy

Examines the mechanisms and evidence for red and near-infrared light on mitochondrial function and tissue repair. Learners design safe, targeted photobiomodulation protocols.

Lesson 4 • Emerging Biotechnologies on the Horizon

Surveys senolytics in clinical trials, epigenetic reprogramming, and gene-based longevity research. Prepares learners to critically evaluate future technologies as they emerge.

Lesson 1 • Goal Setting and Prioritisation Frameworks

Applies structured frameworks to translate health data into ranked, actionable longevity goals. Prevents protocol overload by focusing on highest-impact changes first.

Lesson 2 • Communicating Your Protocol to Healthcare Providers

Prepares learners to present self-optimisation data and goals to physicians and specialists. Bridges the gap between biohacking practises and conventional medical care.

Lesson 3 • Monitoring, Review, and Protocol Iteration

Establishes review cadences, re-testing schedules, and decision rules for protocol updates. Closes the feedback loop between data collection and intervention adjustment.

Lesson 4 • Comprehensive Health and Baseline Assessment

Guides a full baseline evaluation integrating biomarkers, lifestyle data, and health history. Establishes the starting point for all personalised protocol decisions.