Tentative Program

This track explores the latest advancements in technologies and methodologies for measuring ground reaction forces in various sports contexts. Emphasis will be placed on the integration of force plates and wearable sensors for enhanced data accuracy.

This session focuses on the development and application of biomechanical models to simulate athletic movements. Participants will discuss the implications of these models for performance optimization and injury prevention.

This track examines the unique challenges and methodologies associated with locomotion analysis in team sports. Presentations will highlight case studies that demonstrate the impact of movement efficiency on team performance.

This session investigates the biomechanical principles underlying strength training and its effects on athletic performance. Research findings will be presented that link strength adaptations to improved locomotion and injury resilience.

This track delves into the biomechanical factors influencing endurance performance in athletes. Discussions will center on how locomotion efficiency can be optimized to enhance endurance outcomes.

This session focuses on the role of biomechanics in developing effective injury prevention strategies for athletes. Presentations will cover biomechanical risk factors and interventions aimed at reducing injury incidence.