Daniel Rojano Ortega

Daniel Rojano Ortega serves as an Associate Professor in the Department of Sports and Information Technology at Universidad Pablo de Olavide, Spain. His research integrates sports science, technology, and health applications with a focus on athletic performance optimization and physiological assessment.

He earned his doctorate from Universidad Pablo de Olavide in 2011 with the thesis "Jumping capacity and stiffness in young female volleyball players," supervised by Dr. Francisco José Berral de la Rosa and Dr. Xavier Aguado Jódar. His academic foundation combines rigorous biomechanical analysis with practical sports applications.

Rojano Ortega's research centers on three interconnected domains: 1) Advanced body composition assessment through bioimpedance analysis and novel equation development; 2) Sports nutrition interventions targeting recovery in professional football players, particularly examining antioxidants and supplements; 3) Biomechanical analysis of athletic movements including vertical jumps and running gait. His work consistently bridges laboratory validation with real-world athletic contexts.

Analysis of his 15 most recent publications reveals a dominant research trajectory in bioimpedance methodology (60% of works), with significant emphasis on equation validation across diverse populations. Concurrently, 30% of his output focuses on sports nutrition interventions, while biomechanics constitutes 10%. A notable pattern is the intersection of body composition metrics with athletic performance outcomes, particularly in football.

Scientific awards: No specific awards were documented in the source materials.

As an active member of the doctoral program "Physical Activity, Sports and Health Sciences," Rojano Ortega supervises graduate research though specific advisees aren't listed. His work demonstrates consistent grant-supported activity through multi-institutional collaborations evident in publication authorship patterns, though specific funding sources aren't detailed.

He directs research within the ESAR (Exercise, Health and High Performance) group, which operates at the intersection of sports technology, physiological assessment, and performance optimization. The group maintains strong connections with professional football organizations for applied research in athlete monitoring and recovery protocols.