Predicting military occupational task performance from physical fitness tests using machine learning
Military performance, machine learning and task-based prediction.
Research areas, selected examples and live profile links for biomechanics, human performance, tactical populations, injury prevention and occupational performance.
Role-relevant standards, occupational task analysis and defensible assessment systems.
Load carriage, readiness, task performance, injury risk and field-based monitoring.
Movement analysis, fatigue, running biomechanics, lower-limb injury and sports performance.
IMUs, markerless systems, field-based monitoring and applied measurement tools.
Machine learning, decision support and practical use of performance data.
Evidence applied to standards, practice, systems, education and tools.
Military performance, machine learning and task-based prediction.
Multi-institutional work linking biomechanics, physiology and readiness.
Running biomechanics, injury risk and evidence synthesis.
Systematic review across military and sporting populations.
Research examining sex-specific and task-specific responses to load carriage.
Research linking physical assessments to occupational task performance.
Physical capacity, occupational task performance and readiness markers.
Field-based measurement, interpretation and practical tools.
Clearer links between research findings and applied decisions.
Use these sources for the current publication record, citations and full research output list.