This track will explore the latest advancements in force plate technology and its applications in sports biomechanics. Researchers are invited to present studies that highlight the integration of force plates in performance analysis and athlete monitoring.

This session focuses on the investigation of muscle activation patterns during various athletic movements. Contributions that analyze the relationship between muscle activation and performance outcomes are particularly encouraged.

This track aims to delve into the biomechanical principles underlying strength training methodologies. Presentations should address how biomechanical insights can optimize training regimens for enhanced athletic performance.

This session will examine the biomechanical factors that influence endurance performance in athletes. Submissions that provide empirical data linking biomechanics to endurance outcomes are highly welcomed.

This track will investigate the role of neuromuscular control in optimizing sports performance. Researchers are invited to present findings that connect neuromuscular strategies with athletic success and injury prevention.

This session will focus on the biomechanical adaptations resulting from functional training practices. Contributions that assess the efficacy of functional training in improving athletic performance are encouraged.