Sport Biomechanics & Human Movement
Biomechanical analysis of movement and performance, including movement strategies, musculoskeletal function, mechanical demands, injury risk, and rehabilitation.
About
Academic Profile
I am a sport biomechanics and physical education researcher with a multidisciplinary background spanning human movement, exercise rehabilitation, physical education, university teaching, and applied sport science.
My academic work has developed from more than 15 years of experience in physical education and movement-based teaching into research focused on biomechanics, movement assessment, rehabilitation, athlete monitoring, and personalised approaches to physical education.
This combination of educational and biomechanical perspectives shapes my interest in practical, measurable, and accessible approaches beyond laboratory settings. I seek to connect scientific assessment with real-world decisions in sport, education, and health.
I am interested in how movement data, functional assessment, exercise response, and individual differences can support more personalised physical education, athlete health, rehabilitation, and long-term physical function.
Current Appointment
Research Fellow
INTI International University, Malaysia
May 2026 – December 2028
My current activities include collaborative research, scholarly publications, applied research initiatives, academic engagement, postgraduate activities, and international research collaboration.
Current work spans sport biomechanics, physical education, human movement, exercise rehabilitation, athlete monitoring, and accessible movement and performance assessment.
Research Themes
Physical Education & Physical Literacy
Meaningful participation, movement development, assessment, and individual progression in school physical education.
Personalised & Assessment-Informed Learning
Practical assessment and individual progress to support personalised physical education and movement learning.
Athlete Health & Injury Prevention
Monitoring movement, workload, functional response, and performance indicators to support athlete health.
Women’s Sport & Exercise Health
Movement, musculoskeletal health, injury susceptibility, performance, and exercise-related health across female populations and life stages.
Exercise Rehabilitation & Cardiovascular Biomechanics
Biomechanics- and exercise-based approaches to rehabilitation, cardiovascular function, musculoskeletal health, and functional capacity.
Accessible & Field-Based Movement Monitoring
Field methods, wearable technologies, functional tests, and other accessible movement and performance measures.
Academic Background
My background combines formal training in sport biomechanics with extensive experience in physical education and exercise-based rehabilitation.
This foundation lets me approach questions from laboratory and applied perspectives, with emphasis on rigorous methods feasible in schools, sport settings, rehabilitation environments, and community programmes.
Research Philosophy
I am particularly interested in research that moves beyond group averages and considers individual response, progression, and context.
Across biomechanics, physical education, athlete monitoring, and rehabilitation, I aim for approaches that are scientifically grounded, practical, sensitive to individual differences, measurable over time, and relevant to real settings.
Collaboration
I am open to international research collaboration, interdisciplinary projects, invited academic lectures, postgraduate research activities, and work across sport biomechanics, physical education, human movement, athlete monitoring, women’s sport and health, and exercise rehabilitation.