The application of systematic, data-driven methods to analyze, optimize, and integrate the complex biological and psychological systems that determine human functional output and peak performance. Engineering involves precise adjustments to hormonal, metabolic, and neurological parameters to enhance physical capacity, cognitive function, and stress resilience. It is a high-level approach to human augmentation.
Origin
This term is a direct transposition of “Systems Engineering” from industrial and aerospace design into the domain of human physiology and performance. It emphasizes a holistic, quantitative, and iterative approach to maximizing human potential.
Mechanism
Engineering operates by establishing baseline metrics for key performance indicators and then applying targeted interventions to shift those metrics toward the optimal range. This includes optimizing the anabolic-to-catabolic hormone ratio, improving cellular oxygen utilization, and enhancing neural conduction velocity to ensure all biological systems are operating synergistically at peak efficiency.
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