Human Performance Optimization: An Operational and Operator-Centric Approach.

Area of Science:

• Military Science
• Human Performance
• Special Operations Forces (SOF)

Background:

• Special Operations Forces (SOF) invest heavily in operator training and talent development.
• Optimizing and preserving operator talents is a key priority outlined in the 2018 National Defense Strategy.
• Current Human Performance Optimization (HPO) efforts face challenges due to definitional ambiguity and inconsistent implementation across the Department of Defense (DoD).

Purpose of the Study:

• To provide SOF unit commanders with tools to sustain operator performance throughout their careers.
• To synergize health and performance initiatives through a refined HPO framework.
• To address the need for clearer HPO conceptualization and operationalization within the DoD.

Main Methods:

• Review of existing HPO literature and initiatives.
• Analysis of HPO's application at tactical levels to support Mission Essential Task Lists (METL) and Core Tasks (CT).
• Development of a community-based model for identifying and mapping health and performance priorities.

Main Results:

• Identified significant gaps in HPO definitional clarity and operationalization across the DoD.
• Highlighted the importance of grounding HPO in the unique needs, cultures, skills, and missions of SOF Operators.
• Proposed a framework for identifying and prioritizing health and performance needs within SOF communities.

Conclusions:

• A refined, community-based HPO approach is essential for optimizing and sustaining SOF operator performance.
• Clearer definitions and consistent operationalization of HPO are needed across the DoD.
• Implementing HPO at the tactical level can enhance unit effectiveness and mission success.