CLIN01 - The energetic foot function of children with and without hypermobility during sport related activities.

Overview

The foot and ankle play an important role in how children walk, run, and take part in sport. Some children have very flexible joints, known as generalised joint hypermobility, which can make it harder for their bodies to manage movement demands. Many of these children experience pain or injuries, especially during physical activity. This study aims to better understandhow flexible joints affect how children's feet absorb and produce energy during walking, running, and jumping. By comparing children with and without hypermobility, the research hopes to identify early movement changes that may increase injury risk and inform better prevention and treatment strategies. The topic is not currently attached to an existing funded  project.

Research engagement

The student will engage in the development, recruitment and data collection of a cross sectional research project. Additionally, the student will be able to contribute to a review of the literature on this novel topic.

Research activities

The student will contribute to participant recruitment and initial data collection for this project. Primarily, the student will work with the supervisory team and be mentored throughout the project.

Research skills

The student will develop basic skills in literature searching, participant recruitment and data collection utilising industry standard motion capture and biomechancial analysis software, integrating data from optical cameras and force plates.

Outcomes

This research project aims to address a significant gap in the current literature regarding foot energetics in active children and adolescents with and without hypermobility. By examining how joint hypermobility influences the foot's capacity to absorb and convert energy during dynamic sporting movements, this study will provide valuable insights with both clinical and performance applications. Clinically, these findings will enable healthcare practitioners to understand how foot energetics differ between groups and provide insight on potential mechanisms into foot function. The anticipated outcomes of this research will establish a foundation for evidence-based practice in both clinical rehabilitation and athletic performance enhancement, bridging the critical knowledge gap in foot biomechanics during dynamic function.

Skills and experience

No specific skills or exeperice is required. A keen interest interest in lower limb biomechancis is preferred.

Start date

2 November, 2026

End date

19 February, 2027

Location

QUT Kelvin Grove Campus

Additional information

The student will be supported through each stage of the project. The student will provide assistance throughout the data collection and capture phase of the project with the primary aim of developing basic research skills in the context of lower limb biomechanics.

Keywords

• Foot energetics
• Hypermobility
• Biomechanics

Contact

Aaron Robertson

3138 9005

a10.robertson@qut.edu.au